polystyrene and styrene plastics in russia 2016 · 1. ps. general market indicators, mt (2007-2015)...

Polystyrene and styreneplastics in Russia

2016

Annual Report www.mrcplast.com

MARKETR E P O R T C O M P A N Y

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Polystyrene in Russia – 2016


Annual Report

The information presented in this Report is strictly for the exclusive use of clients of MarketReport Company (MRC). Transfer or reproduction of any information to a third party withouta prior written consent of MRC is strictly prohibited. The information presented herein isstrictly the opinion of MRC and is based on data collected within the public sector and ondata prepared by the specialists of the Company. MRC furnishes no security or warranty andassumes no liability as to consequences of decisions taken in regard to the informationpresented in this Report.

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Annual Report

Methodology

1. Appraisal and forecast of economics indexes in Russia

1.1 Current state and forecast of the world economy development

1.2 General state of the Russian economy

1.3 Forecast by economics sector

2. Russian market of polystyrene and styrene plastics

2.1 Current state of the market

2.2. Investments into processing of styrene plastics

2.3 Foaming

2.3.1 EPS-plates

2.3.2 XPS-plates

2.3.3 EPS-packaging and other finished goods made of EPS

2.4 Injection molding

2.4.1 Electrical goods/ TVset/Monitor

2.4.2 Packaging

2.5 Sheet extrusion

2.5.1 Refrigerators

2.5.2 Packaging

2.6 Binding agents

3. Domestic production

3.1 Current state of production of PS and styrene plastics

3.2 Polystyrene production

4. PS. General market indicators

4.1 GPPS: General market indicators

4.2 HIPS: General market indicators

4.3 EPS: General market indicators

4.4 ABS: General market indicators

5. Foaming: polystyrene consumption analysis

6. Injection molding: polystyrene consumption analysis

7. Sheet extrusion: polystyrene consumption analysis

8. Polystyrene production analysis

9. Polystyrene import analysis

10. Polystyrene export analysis

11. Polystyrene producers rating

12. Polystyrene brands rating

13. Polystyrene converters rating

14. Analysis of operation of largest polystyrene suppliers

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Annual Report

The report presents a most comprehensive research into the Russian polystyrene and styreneplastics market. It features analytics offered in a new, rearranged presentation format, wherethe narrative recites important points (bullets) made by our analysts, while the annex presentsall the statistical figures for the market one can ever generate. The report reflects key trends inpolystyrene and styrene plastics market by technology, sectors and ready products. Allforecast are made for sectors and processing technilogies. It gives a great deal of attention tothe analysis of investments in polystyrene and styrene plastics production and processing.

The report covers analysis of polystyrene and styrene plastics consumption, production,exports/imports in Russia by types, processing technologies, consumers, manufacturers andtheir brands, as well as business statistics of all the major actors in the market (producers,traders, equipment suppliers and converters) in each processing sector. All the data presentedcovers the period 2007 to 2015. This being our exclusive highlight across CIS, we continue onour practice of giving ratings of sales of top 40 producers of polystyrene and styrene plasticsand top 40 PS grades. The report contains profiles of major PS suppliers in Russia, as well aspresents a rating of top 50 biggest converters of polystyrene and styrene plastics. The reportwill also help you to find answers to the following questions:

· In 2015, the market for polystyrene and styrene plastics shrank by 5% (down to 535 thstonnes). What are the immediate macroeconomic factors that impacted PS market in 2015,what are the prospects for the industry?

· Who invested in polystyrene and styrene plastics processing in each processing sector?

· How much did each of the major Russian converters invest in PS processing? What typeequipment did they buy?

· Which sectors are expected to show PS consumption growth? Why?

· Why are PS imports to Russia falling?

· What are the prospects for exports of Russian PS?

· What will be the market development trend to 2025? Consumption forecast to 2025.

· What were the end-year results of major XPS market players? How was the constructionsector affected by the crisis?

· Who are TOP-20 converters in each sector? Who is on the list of TOP-50 polystyrene andstyrene plastics converters anyway?

· Which grades are being replaced by Russian producers? Which ones were not affected?What are the prospects for Russian PS exports?

· What are the specific PS grades roffered by producers of EPS, XPS etc.?

· What are PS and styrene plastics production projects announced in Russia to beimplemented over the next few years?

· What are the trends in ABS market? What are the figure of ABS production by the Uzlovayaand Nizhnekamsk plants?

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Annual Report

List of tables (Applications)

1. PS. General market indicators, MT (2007-2015)2. PS consumption dynamics by PS types, MT(2007-2015)3. PS consumption dynamics by technologies, MT(2007-2015)4. Domestic PS supply* by regions iin the previous year year, MT5. Dynamics of investments into PS processing by technologies. Number

of complete lines6. Dynamics of investments into PS processing by technologies, USD

thous.7. Commissioning of new PS processing capacities by technologies, MT8. Commissioning of new PS processing capacities by technologies, MT9. Commissioning of new PS processing capacities by regions, MT10. GPPS. General market indicators, MT11. GPPS consumption dynamics by technologies, MT12. Domestic GPPS supply* by regions in the previous year, MT13. GPPS suppliers, MT14. GPPS suppliers in the previous year, MT15. GPPS converters, MT16. GPPS converters in the previous year, MT17. GPPS grades rating, MT18. GPPS grades rating in the previous year, MT19. HIPS. General market indicators, MT20. HIPS consumption dynamics by technologies, MT21. Domestic HIPS supply* by regions in the previous year, MT22. HIPS suppliers, MT23. HIPS suppliers in the previous year, MT24. HIPS converters, MT25. HIPS converters in the previous year, MT26. HIPS grades rating, MT27. HIPS grades rating in the previous year, MT28. EPS suppliers, MT29. EPS suppliers in the previous year, MT30. EPS converters, MT31. EPS converters in the previous year, MT32. EPS grades rating, MT33. EPS grades rating in the previous year, MT34. ABS. General market indicators, MT35. ABS consumption dynamics by technologies, MT36. Domestic ABS supply* by regions in the previous year, MT37. ABS suppliers, MT38. ABS suppliers in the previous year, MT39. ABS converters, MT40. ABS consumption structure by converters, MT41. ABS grades rating, MT42. ABS grades rating in the previous year, MT43. Foaming. EPS: PS converters rating in the previous year44. Foaming. EPS: PS supply analysis, т45. Foaming. EPS: EPS suppliers, MT46. Foaming. EPS: EPS suppliers in the previous year, MT47. Foaming. EPS: EPS grades rating, MT48. Foaming. EPS: Domestic PS supply* by regions in the previous year,

MT49. Foaming. EPS: TOP-20 EPS consumers* in the previous year, 2009,

MT50. Foaming. EPS: Commissioning of new PS processing capacities by

finished products types. Number of complete lines51. Foaming. EPS: Investments into processing by finished products types,

USD thous52. Foaming. EPS: Commissioning of new processing capacities to

produce finished products, MT53. Foaming. EPS: Current processing capacities to produce finished

products. Progressive total, MT54. Foaming. EPS: TOP-20 converters in terms of investments into

equipment. Number of complete lines55. Foaming. EPS: TOP-20 converters in terms of investments into

equipment. Cost of production line, USD thous.56. Foaming. EPS: TOP-20 converters in terms of investments into

equipment. Commissioning of new processing capacities, MT57. Foaming. EPS: TOP-20 converters in terms of investments into

equipment. Current processing capacities, progressive total, MT58. Foaming. EPS: Commissioning of new PS processing capacities by

regions, MT59. Foaming. EPS: Current PS processing capacities by regions.

Progressive total, MT60. Foaming. EPS: TOP-20 equipment suppliers. Number of complete lines61. Foaming. EPS: TOP-20 equipment suppliers. Cost of production lines,

USD thous.62. Foaming. EPS: TOP-20 Equipment suppliers. Commissioning of new

processing capacities, MT63. Foaming. EPS plates: TOP-20 converters in terms of investments into

equipment. Number of complete lines

64. Foaming. EPS plates: TOP-20 converters in terms of investments intoequipment. Cost of production line, USD thous.

65. Foaming. EPS plates: TOP-20 converters in terms of investments intoequipment. Commissioning of new processing capacities, MT

66. Foaming. EPS plates: TOP-20 converters in terms of investments intoequipment. Current processing capacities, progressive total, MT

67. Foaming. EPS plates: TOP-20 equipment suppliers. Number ofcomplete lines

68. Foaming. EPS plates: TOP-20 equipment suppliers. Cost of productionlines, USD thous.

69. Foaming. EPS plates: TOP-20 Equipment suppliers. Commissioning ofnew processing capacities, MT

70. Foaming. EPS packaging: TOP-20 converters in terms of investmentsinto equipment. Number of complete lines

71. Foaming. EPS packaging: TOP-20 converters in terms of investmentsinto equipment. Cost of production line, USD thous.

72. Foaming. EPS packaging: TOP-20 converters in terms of investmentsinto equipment. Commissioning of new processing capacities, MT

73. Foaming. EPS packaging: TOP-20 converters in terms of investmentsinto equipment. Current processing capacities, progressive total, MT

74. Foaming. EPS packaging: TOP-20 equipment suppliers. Number ofcomplete lines

75. Foaming. EPS packaging: TOP-20 equipment suppliers. Cost ofproduction lines. USD thous.

76. Foaming. EPS packaging: TOP-20 Equipment suppliers.Commissioning of new processing capacities. MT

77. Foaming. XPS: PS converters rating in the previous year78. Foaming. XPS: PS supply analysis, т79. Foaming. XPS: GPPS suppliers, MT80. Foaming. XPS: GPPS suppliers in the previous year, MT81. Foaming. XPS: GPPS grades rating, MT82. Foaming. XPS: Domestic PS supply* by regions in the previous year,

MT83. Foaming: TOP-20 GPPS consumers* in the previous year, 2009, MT84. Foaming. XPS: Commissioning of new PS processing capacities by

regions, MT85. Foaming. XPS: Current PS processing capacities by regions.

Progressive total, MT86. Foaming. XPS plates: TOP-20 converters in terms of investments into

equipment. Number of complete lines87. Foaming. XPS plates: TOP-20 converters in terms of investments into

equipment. Cost of production line, USD thous.88. Foaming. XPS plates: TOP-20 converters in terms of investments into

equipment. Commissioning of new processing capacities, MT89. Foaming. XPS plates: TOP-20 converters in terms of investments into

equipment. Current processing capacities, progressive total, MT90. Foaming. XPS plates: TOP-20 equipment suppliers. Number of

complete lines91. Foaming. XPS plates: TOP-20 equipment suppliers. Cost of production

lines, USD thous.92. Foaming. XPS plates: TOP-20 Equipment suppliers. Commissioning of

new processing capacities, MT93. IM: PS converters rating in the previous year94. IM: PS supply analysis, т95. IM: PS consumption by PE types, MT96. IM: PS suppliers, MT97. IM: PS suppliers in the previous year, MT98. IM: HIPS suppliers, MT99. IM: HIPS suppliers in the previous year, MT100. IM: GPPS suppliers, MT101. IM: GPPS suppliers in the previous year, MT102. IM: ABS suppliers, MT103. IM: ABS suppliers in the previous year, MT104. IM: PS grades rating, MT105. IM: GPPS grades rating, MT106. IM: HIPS grades rating, MT107. IM: ABS grades rating, MT108. IM: Domestic PS supply* by regions in the previous year, MT109. IM: TOP-20 PS consumers* in the previous year, MT110. IM: TOP-20 HIPS consumers* in the previous year, MT111. IM: TOP-20 GPPS consumers* in the previous year, MT112. IM: TOP-20 ABS consumers* in the previous year, MT113. IM: Commissioning of new PS processing capacities by finished

products types. Number of complete lines114. IM: Investments into processing by finished products types, USD thous115. IM: Commissioning of new processing capacities to produce finished

products, MT116. IM: Current processing capacities to produce finished products.

Progressive total, MT117. IM: TOP-20 converters in terms of investments into equipment.

Number of complete lines

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Annual Report

118. IM: TOP-20 converters in terms of investments into equipment. Cost ofproduction line, USD thous.

119. IM: TOP-20 converters in terms of investments into equipment.Commissioning of new processing capacities, MT

120. IM: TOP-20 converters in terms of investments into equipment. Currentprocessing capacities, progressive total, MT

121. IM: Commissioning of new PS processing capacities by regions, MT122. IM: Current PS processing capacities by regions. Progressive total, MT123. IM: TOP-20 equipment suppliers. Number of complete lines124. IM: TOP-20 equipment suppliers. Cost of production lines, USD thous.125. IM: TOP-20 Equipment suppliers. Commissioning of new processing

capacities, MT126. IM. Refrigerators: TOP-20 converters in terms of investments into

equipment. Number of complete lines127. M. Refrigerators: TOP-20 converters in terms of investments into

equipment. Cost of production line, USD thous.128. IM. Refrigerators: TOP-20 converters in terms of investments into

equipment. Commissioning of new processing capacities, MT129. IM. Refrigerators: TOP-20 converters in terms of investments into

equipment. Current processing capacities, progressive total, MT130. IM. Refrigerators: TOP-20 equipment suppliers. Number of complete

lines131. IM. Refrigerators: TOP-20 equipment suppliers. Cost of production

lines, USD thous.132. IM. Refrigerators: TOP-20 Equipment suppliers. Commissioning of new

processing capacities, MT133. IM. TV-sets: TOP-20 converters in terms of investments into

equipment. Number of complete lines134. IM. TV-sets: TOP-20 converters in terms of investments into

equipment. Cost of production line, USD thous.135. IM. TV-sets: TOP-20 converters in terms of investments into

equipment. Commissioning of new processing capacities, MT136. IM. TV-sets: TOP-20 converters in terms of investments into

equipment. Current processing capacities, progressive total, MT137. IM. TV-sets: TOP-20 equipment suppliers. Number of complete lines138. IM. TV-sets: TOP-20 equipment suppliers. Cost of production lines,

USD thous.139. IM. TV-sets: TOP-20 Equipment suppliers. Commissioning of new

processing capacities, MT140. IM. Washing machines: TOP-20 converters in terms of investments

into equipment. Number of complete lines141. IM. Washing machines: TOP-20 converters in terms of investments

into equipment. Cost of production line, USD thous.142. IM. Washing machines: TOP-20 converters in terms of investments into

equipment. Commissioning of new processing capacities, MT143. IM. Washing machines: TOP-20 converters in terms of investments into

equipment. Current processing capacities, progressive total, MT144. IM. Washing machines: TOP-20 equipment suppliers. Number of

complete lines145. IM. Washing machines: TOP-20 equipment suppliers. Cost of

production lines, USD thous.146. IM. Washing machines: TOP-20 Equipment suppliers. Commissioning

of new processing capacities, MT147. Sheet extrusion: PS converters rating in the previous year148. Sheet extrusion: PS supply analysis, т149. Sheet extrusion: PS consumption by PS types, MT150. Sheet extrusion: PS suppliers, MT151. Sheet extrusion: PS suppliers in the previous year, MT152. Sheet extrusion: HIPS suppliers, MT153. Sheet extrusion:HIPS suppliers in the previous year, MT154. Sheet extrusion: GPPS suppliers, MT155. Sheet extrusion: GPPS suppliers in the previous year, MT156. Sheet extrusion: ABS suppliers, MT157. Sheet extrusion: ABS suppliers in the previous year, MT158. Sheet extrusion: PS grades rating, MT159. Sheet extrusion: Domestic PS supply* by regions in the previous year,

MT160. Sheet extrusion: TOP-20 HIPS consumers* in the previous year, MT161. Sheet extrusion: TOP-20 GPPS consumers* in the previous year, MT162. Sheet extrusion: TOP-20 ABS consumers* in the previous year, MT163. Sheet extrusion: Commissioning of new PS processing capacities by

finished products types. Number of complete lines164. Sheet extrusion: Investments into processing by finished products

types, USD thous.165. Sheet extrusion: Commissioning of new processing capacities to

produce finished products, MT166. Sheet extrusion: Current processing capacities to produce finished

products. Progressive total, MT167. Sheet extrusion: TOP-20 converters in terms of investments into

equipment. Number of complete lines168. Sheet extrusion: TOP-20 converters in terms of investments into

equipment. Cost of production line, USD thous.169. Sheet extrusion: TOP-20 converters in terms of investments into

equipment. Commissioning of new processing capacities, MT170. Sheet extrusion: TOP-20 converters in terms of investments into

equipment. Current processing capacities, progressive total, MT

171. Thermoforming: TOP-20 converters in terms of investments intoequipment. Number of complete lines

172. Thermoforming: TOP-20 converters in terms of investments intoequipment. Cost of production line, USD thous.

173. Sheet extrusion: Commissioning of new PS processing capacities byregions, MT

174. Sheet extrusion: Current PS processing capacities by regions.Progressive total, MT

175. Sheet extrusion: TOP-20 equipment suppliers. Number of completelines

176. Sheet extrusion: TOP-20 equipment suppliers. Cost of production lines,USD thous.

177. Thermoforming: TOP-20 equipment suppliers. Number of completelines

178. Thermoforming: TOP-20 equipment suppliers. Cost of production lines,USD thous.

179. Sheet extrusion: TOP-20 Equipment suppliers. Commissioning of newprocessing capacities, MT

180. Sheet extrusion. Refrigerators: TOP-20 converters in terms ofinvestments into equipment. Number of complete lines

181. Sheet extrusion. Refrigerators: TOP-20 converters in terms ofinvestments into equipment. Cost of production line, USD thous

182. Sheet extrusion. Refrigerators: TOP-20 converters in terms ofinvestments into equipment. Commissioning of new processingcapacities, MT

183. Sheet extrusion. Refrigerators: TOP-20 converters in terms ofinvestments into equipment. Current processing capacities, progressivetotal, MT

184. Thermoforming. Refrigerators: TOP-20 converters in terms ofinvestments into equipment. Number of complete lines

185. Thermoforming. Refrigerators: TOP-20 converters in terms ofinvestments into equipment. Cost of production line, USD thous.

186. Sheet extrusion. Refrigerators: TOP-20 equipment suppliers. Numberof complete lines

187. Sheet extrusion. Refrigerators: TOP-20 equipment suppliers. Cost ofproduction lines, USD thous.

188. Sheet extrusion. Refrigerators: TOP-20 Equipment suppliers.Commissioning of new processing capacities, MT

189. Thermoforming. Refrigerators: TOP-20 equipment suppliers. Number ofcomplete lines

190. Thermoforming. Refrigerators: TOP-20 equipment suppliers. Cost ofproduction lines, USD thous.

191. Sheet extrusion. Packaging: TOP-20 converters in terms ofinvestments into equipment. Number of complete lines

192. Sheet extrusion. Packaging: TOP-20 converters in terms ofinvestments into equipment. Cost of production line, USD thous.

193. Sheet extrusion. Packaging: TOP-20 converters in terms of investmentsinto equipment. Commissioning of new processing capacities, MT

194. Sheet extrusion. Packaging: TOP-20 converters in terms of investmentsinto equipment. Current processing capacities, progressive total, MT

195. Thermoforming. Packaging: TOP-20 converters in terms ofinvestments into equipment. Number of complete lines

196. Thermoforming. Packaging: TOP-20 converters in terms ofinvestments into equipment. Cost of production line, USD thous.

197. Sheet extrusion. Packaging: TOP-20 equipment suppliers. Number ofcomplete lines

198. Sheet extrusion. Packaging: TOP-20 equipment suppliers. Cost ofproduction lines, USD thous.

199. Sheet extrusion. Packaging: TOP-20 Equipment suppliers.Commissioning of new processing capacities, MT

200. Thermoforming. Packaging: TOP-20 equipment suppliers. Number ofcomplete lines

201. Thermoforming. Packaging: TOP-20 equipment suppliers. Cost ofproduction lines, USD thous.

202. PS production by producers, MT203. PS production by producers in the previous year, MT204. PS production by types, MT205. Current PS producing capacities. Progressive total, MT206. GPPS production by producers, MT207. GPPS production by producers in the previous year, MT208. GPPS production by grades, MT209. GPPS. Current PS producing capacities. Progressive total, KT210. HIPS production by producers, MT211. HIPS production by producers in the previous year, MT212. HIPS production by grades, MT213. HIPS Current PS producing capacities. Progressive total, MT214. EPS production by producers, MT215. EPS production by producers in the previous year, MT216. EPS production by grades, MT217. EPS Current PS producing capacities. Progressive total, MT218. ABS production by producers, MT219. ABS production by producers in the previous year, MT220. ABS production by grades, MT221. ABS Current PS producing capacities. Progressive total, MT222. Ethylene production by producers, MT223. Current ethylene producing capacities. Progressive total, MT224. Dynamics of PS imports by types, MT

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Annual Report

225. Dynamics of PS imports by technologies, MT226. PS imports by producers, MT227. PS imports by grades, MT228. PS imports by regions, MT229. GPPS imports by countries, MT230. GPPS imports by producers, MT231. GPPS imports by grades, MT232. GPPS imports by regions, MT233. HIPS imports by countries, MT234. HIPS imports by producers, MT235. HIPS imports by grades, MT236. HIPS imports by regions, MT237. EPS imports by countries, MT238. EPS imports by producers, MT239. EPS imports by grades, MT240. EPS imports by regions, MT241. ABS imports by countries, MT242. ABS imports by producers, MT243. ABS imports by grades, MT244. ABS imports by regions, MT245. SAN imports by countries, MT246. SAN imports by producers, MT247. SAN imports by producers in the previous year, MT248. SAN imports by grades, MT249. SAN imports by grades in the previous year, MT250. Imports SAN. Consumers, MT251. Imports SAN. Consumers in the previous year, MT252. SAN imports by regions, MT253. SBS imports by countries, MT254. SBS imports by producers, MT255. SBS imports by producers in the previous year, MT256. SBS imports by grades, MT257. SBS imports by grades in the previous year, MT258. Imports SBS. Consumers, MT259. Imports SBS. Consumers* in the previous year, MT260. SBS imports by regions, MT261. Dynamics of PS exports by types, MT262. PS exports by countries, MT263. GPPS exports by producers, MT264. GPPS exports by grades, MT265. HIPS exports by producers, MT266. HIPS exports by grades, MT267. EPS exports by producers, MT268. EPS exports by grades, MT269. ABS exports by producers, MT270. ABS exports by grades, MT271. PS producers rating, MT272. GPPS producers rating, MT273. HIPS producers rating, MT274. EPS producers rating, MT275. ABS producers rating, MT276. SAN producers rating, MT277. SBS producers rating, MT278. PS grades rating, MT279. GPPS grades rating, MT280. HIPS grades rating, MT

281. EPS grades rating, MT282. ABS grades rating, MT283. SAN grades rating, MT284. SBS grades rating, MT285. PS converters rating286. Converters rating. Imports PS, MT287. Nizhnekamskneftechem. PS dmestic supply by types, MT288. Nizhnekamskneftechem. PS dmestic supply by technologies, MT289. Nizhnekamskneftechem. PS dmestic supply by grades, MT290. BASF. PS dmestic supply by types, MT291. BASF. PS dmestic supply by technologies, MT292. BASF. PS dmestic supply by grades, MT293. SNOS. PS dmestic supply by types, MT294. SNOS. PS dmestic supply by technologies, MT295. SNOS. PS dmestic supply by grades, MT296. Loyal. PS dmestic supply by types, MT297. Loyal. PS dmestic supply by technologies, MT298. Loyal. PS dmestic supply by grades, MT299. LG Chem. PS dmestic supply by types, MT300. LG Chem. PS dmestic supply by technologies, MT301. LG Chem. PS dmestic supply by grades, MT302. Angarsk Polymers Plant. PS dmestic supply by types, MT303. Angarsk Polymers Plant. PS dmestic supply by technologies, MT304. Angarsk Polymers Plant. PS dmestic supply by grades, MT305. Styrochem. PS dmestic supply by types, MT306. Styrochem. PS dmestic supply by technologies, MT307. Styrochem. PS dmestic supply by grades, MT308. Dow. PS dmestic supply by types, MT309. Dow. PS dmestic supply by technologies, MT310. Dow. PS dmestic supply by grades, MT311. Samsung Cheil Industrie. PS dmestic supply by types, MT312. Samsung Cheil Industrie. PS dmestic supply by technologies, MT313. Samsung Cheil Industrie. PS dmestic supply by grades, MT314. Shinho. PS dmestic supply by types, MT315. Shinho. PS dmestic supply by technologies, MT316. Shinho. PS dmestic supply by grades, MT317. Polimeri Europa. PS dmestic supply by types, MT318. Polimeri Europa. PS dmestic supply by technologies, MT319. Polimeri Europa. PS dmestic supply by grades, MT320. Ineos Nova. PS dmestic supply by types, MT321. Ineos Nova. PS dmestic supply by technologies, MT322. Ineos Nova. PS dmestic supply by grades, MT323. Lanxess. PS dmestic supply by types, MT324. Lanxess. PS dmestic supply by technologies, MT325. Lanxess. PS dmestic supply by grades, MT326. Concern Stirol. PS dmestic supply by grades, MT327. Concern Stirol. PS dmestic supply by types, MT328. Concern Stirol. PS dmestic supply by grades, MT329. Wuxi. PS dmestic supply by types, MT330. Wuxi. PS dmestic supply by technologies, MT331. Wuxi. PS dmestic supply by grades, MT332. Total Petrochemicals. PS dmestic supply by types, MT333. Total Petrochemicals. PS dmestic supply by technologies, MT334. Total Petrochemicals. PS dmestic supply by grades, MT

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Annual Report


List of diagrams (Applications)

1. PS. General market indicators. Estimated Consumption, KT2. PS. General market indicators. Production, KT3. PS. General market indicators. Imports, KT4. PS. General market indicators. Exports, KT5. PS. General market indicators. Utilization of production capacities, %6. PS. General market indicators. Exports to production, %7. PS. General market indicators. Imports to consumption, %8. PS. General market indicators. Net-imports, KT9. PS. Market indicators in the previous year. Estimated Consumption, KT10. PS. Market indicators in the previous year. Production, KT11. PS. Market indicators in the previous year. Imports, KT12. PS. Market indicators in the previous year. Exports, KT13. PS. Market indicators in the previous year. Utilization of production

capacities, %14. PS. Market indicators in the previous year. Exports to production, %15. PS. Market indicators in the previous year. Imports to consumption, %16. PS. Market indicators in the previous year. Net-imports, KT17. PS consumption structure by PS types. 2010, %18. PS consumption structure by PS types. 2013, %19. PS consumption structure by PS types. 2014, %20. PS consumption structure by PS types. 2015, %21. PS supply structure by technologies. 2010, %22. PS supply structure by technologies. 2013, %23. PS supply structure by technologies. 2014, %24. PS supply structure by technologies. 2015, %25. Structure of investments into PS processing by technologies. to USD

thous. 2010, %26. Structure of investments into PS processing by technologies. to USD



thous. 2015, %29. Structure of PS processing capacities by technologies. 2010, %30. Structure of PS processing capacities by technologies. 2013, %31. Structure of PS processing capacities by technologies. 2014, %32. Structure of PS processing capacities by technologies. 2015, %33. Structure of investments into PS processing by regions. to USD thous.

2010, %34. Structure of investments into PS processing by regions. to USD thous.



2015, %37. PS market growth factors. Absolute values. By types, KT38. PS market growth factors. Absolute values.By processing technologies,

KT39. PS market growth factors. Absolute values. By region, KT40. PS market growth factors. Absolute values. By processing capacities, KT41. PS market growth factors. last year. Absolute values. 2015. By types, KT42. PS market growth factors. last year. Absolute values. 2015.By processing

technologies, KT43. PS market growth factors. last year. Absolute values. 2015. By region, KT44. PS market growth factors. last year. Absolute values. 2015. By processing

capacities, KT45. PS market growth factors. Relative values. By types, KT46. PS market growth factors. Relative values. By processing technologies, %47. PS market growth factors. Relative values. By region, %48. PS market growth factors. Relative values. By processing capacities, %49. PS market growth factorsin the previous year. Relative values. By types,

%50. PS market growth factors in the previous year. Relative values. By

processing technologies, %51. PS market growth factors in the previous year. Relative values. By region,

%52. PS market growth factors in the previous year. Relative values. By

processing capacities, %53. GPPS. General market indicators. Estimated Consumption, KT54. GPPS. General market indicators. Production, KT55. GPPS. General market indicators. Imports, KT56. GPPS. General market indicators. Exports, KT57. GPPS. General market indicators. Utilization of production capacities, %58. GPPS. General market indicators. Exports to production, %59. GPPS. General market indicators. Imports to consumption, %60. GPPS. General market indicators. Net-Imports, KT61. GPPS. Market indicators in the previous year. Estimated Consumption, KT62. GPPS. Market indicators in the previous year. Production, KT63. GPPS. Market indicators in the previous year. Imports, KT64. GPPS. Market indicators in the previous year. Exports, KT

65. GPPS. Market indicators in the previous year. Utilization of productioncapacities, %

66. GPPS. Market indicators in the previous year. Exports to production, %67. GPPS. Market indicators in the previous year. Imports to consumption, %68. GPPS. Market indicators in the previous year. Net-Imports, KT69. GPPS supply structure by technologies. 2010, %70. GPPS supply structure by technologies. 2013, %71. GPPS supply structure by technologies. 2014, %72. GPPS supply structure by technologies. 2015, %73. GPPS consumption structure by suppliers. 2010, %74. GPPS consumption structure by suppliers. 2013, %75. GPPS consumption structure by suppliers. 2014, %76. GPPS consumption structure by suppliers. 2015, %77. GPPS consumption structure by converters. 2010, %78. GPPS consumption structure by converters. 2013, %79. GPPS consumption structure by converters. 2014, %80. GPPS consumption structure by converters. 2015, %81. GPPS consumption structure by grades. 2010, %82. GPPS consumption structure by grades. 2013, %83. GPPS consumption structure by grades. 2014, %84. GPPS consumption structure by grades. 2015, %85. HIPS. General market indicators. Estimated Consumption, KT86. HIPS. General market indicators. Production, KT87. HIPS. General market indicators. Imports, KT88. HIPS. General market indicators. Exports, KT89. HIPS. General market indicators. Utilization of production capacities, %90. HIPS. General market indicators. Exports to production, %91. HIPS. General market indicators. Imports to consumption, %92. HIPS. General market indicators. Net-Imports, KT93. HIPS. Market indicators in the previous year. Estimated Consumption, KT94. HIPS. Market indicators in the previous year. Production, KT95. HIPS. Market indicators in the previous year. Imports, KT96. HIPS. Market indicators in the previous year. Exports, KT97. HIPS. Market indicators in the previous year. Utilization of production

capacities, %98. HIPS. Market indicators in the previous year. Exports to production, %99. HIPS. Market indicators in the previous year. Imports to consumption, %100. HIPS. Market indicators in the previous year. Net-Imports, KT101. HIPS supply structure by technologies. 2010, %102. HIPS supply structure by technologies. 2013, %103. HIPS supply structure by technologies. 2014, %104. HIPS supply structure by technologies. 2015, %105. HIPS consumption structure by suppliers. 2010, %106. HIPS consumption structure by suppliers. 2013, %107. HIPS consumption structure by suppliers. 2014, %108. HIPS consumption structure by suppliers. 2015, %109. HIPS consumption structure by converters. 2010, %110. HIPS consumption structure by converters. 2013, %111. HIPS consumption structure by converters. 2014, %112. HIPS consumption structure by converters. 2015, %113. HIPS consumption structure by grades. 2010, %114. HIPS consumption structure by grades. 2013, %115. HIPS consumption structure by grades. 2014, %116. HIPS consumption structure by grades. 2015, %117. EPS. General market indicators. Estimated Consumption, KT118. EPS. General market indicators. Production, KT119. EPS. General market indicators. Imports, KT120. EPS. General market indicators. Exports, KT121. EPS. General market indicators. Utilization of production capacities, %122. EPS. General market indicators. Exports to production, %123. EPS. General market indicators. Imports to consumption, %124. EPS. General market indicators. Net-Imports, KT125. EPS. Market indicators in the previous year. Estimated Consumption, KT126. EPS. Market indicators in the previous year. Production, KT127. EPS. Market indicators in the previous year. Imports, KT128. EPS. Market indicators in the previous year. Exports, KT129. EPS. Market indicators in the previous year. Utilization of production

capacities, %130. EPS. Market indicators in the previous year. Exports to production, %131. EPS. Market indicators in the previous year. Imports to consumption, %132. EPS. Market indicators in the previous year. Net-Imports, KT133. EPS consumption structure by suppliers. 2010, %134. EPS consumption structure by suppliers. 2013, %135. EPS consumption structure by suppliers. 2014, %136. EPS consumption structure by suppliers. 2015, %137. EPS consumption structure by converters. 2010, %138. EPS consumption structure by converters. 2013, %139. EPS consumption structure by converters. 2014, %140. EPS consumption structure by converters. 2015, %141. EPS consumption structure by grades. 2010, %142. EPS consumption structure by grades. 2013, %

9



Annual Report

143. EPS consumption structure by grades. 2014, %144. EPS consumption structure by grades. 2015, %145. ABS. General market indicators. Estimated Consumption, KT146. ABS. General market indicators. Production, KT147. ABS. General market indicators. Imports, KT148. ABS. General market indicators. Exports, KT149. ABS. General market indicators. Utilization of production capacities, %150. ABS. General market indicators. Exports to production, %151. ABS. General market indicators. Imports to consumption, %152. ABS. General market indicators. Net-Imports, KT153. ABS. Market indicators in the previous year. Estimated Consumption, KT154. ABS. Market indicators in the previous year. Production, KT155. ABS. Market indicators in the previous year. Imports, KT156. ABS. Market indicators in the previous year. Exports, KT157. ABS. Market indicators in the previous year. Utilization of production

capacities, %158. ABS. Market indicators in the previous year. Exports to production, %159. ABS. Market indicators in the previous year. Imports to consumption, %160. ABS. Market indicators in the previous year. Net-Imports, KT161. ABS supply structure by technologies. 2010, %162. ABS supply structure by technologies. 2013, %163. ABS supply structure by technologies. 2014, %164. ABS supply structure by technologies. 2015, %165. ABS consumption structure by suppliers. 2010, %166. ABS consumption structure by suppliers. 2013, %167. ABS consumption structure by suppliers. 2014, %168. ABS consumption structure by suppliers. 2015, %169. ABS consumption structure by converters. 2010, %170. ABS consumption structure by converters. 2013, %171. ABS consumption structure by converters. 2014, %172. ABS consumption structure by converters. 2015, %173. ABS consumption structure by grades. 2010, %174. ABS consumption structure by grades. 2013, %175. ABS consumption structure by grades. 2014, %176. ABS consumption structure by grades. 2015, %177. Foaming. EPS: PS supply analysis. Estimated Consumption, KT178. Foaming. EPS: PS supply analysis. Domestic Supply, KT179. Foaming. EPS: PS supply analysis. Imports, KT180. Foaming. EPS: PS supply analysis. Exports, KT181. Foaming. EPS: PS supply analysis. Utilization of production capacities, %182. Foaming. EPS: PS supply analysis. Feedstock Imports Substitution Index,

%183. Foaming. EPS: PS supply analysis. Imports PS to consumption PS, %184. Foaming. EPS: PS supply analysis. Domestic to consumption, %185. Foaming. EPS: PS supply analysis in the previous year. Estimated

Consumption, KT186. Foaming. EPS: PS supply analysis in the previous year. Domestic Supply,

KT187. Foaming. EPS: PS supply analysis in the previous year. Imports, KT188. Foaming. EPS: PS supply analysis in the previous year. Exports, KT189. Foaming. EPS: PS supply analysis in the previous year. Utilization of

production capacities, %190. Foaming. EPS: PS supply analysis in the previous year. Feedstock

Imports Substitution Index, %191. Foaming. EPS: PS supply analysis in the previous year. Imports PS to

consumption, %192. Foaming. EPS: PS supply analysis in the previous year. Domestic to

consumption, %193. Foaming. EPS: Investments into processing by finished products types. to

USD thous. 2010, %194. Foaming. EPS: Investments into processing by finished products types. to



USD thous. 2015, %197. Foaming. XPS: PS supply analysis. Estimated Consumption, KT198. Foaming. XPS: PS supply analysis. Domestic Supply, KT199. Foaming. XPS: PS supply analysis. Imports, KT200. Foaming. XPS: PS supply analysis. Exports, KT201. Foaming. XPS: PS supply analysis. Utilization of production capacities, %202. Foaming. XPS: PS supply analysis. Feedstock Imports Substitution Index,

%203. Foaming. XPS: PS supply analysis. Imports PS to consumption PS, %204. Foaming. XPS: PS supply analysis. Domestic to consumption, %205. Foaming. XPS: PS supply analysis in the previous year. Estimated

Consumption, KT206. Foaming. XPS: PS supply analysis in the previous year. Domestic Supply,

KT207. Foaming. XPS: PS supply analysis in the previous year . Imports, KT208. Foaming. XPS: PS supply analysis in the previous year. Exports, KT209. Foaming. XPS: PS supply analysis in the previous year. Utilization of

production capacities, %210. Foaming. XPS: PS supply analysis in the previous year. Feedstock

Imports Substitution Index, %211. Foaming. XPS: PS supply analysis in the previous year. Imports PS to

consumption, %

212. Foaming. XPS: PS supply analysis in the previous year. Domestic toconsumption, %

213. IM: PS supply analysis. Estimated Consumption, KT214. IM: PS supply analysis. Domestic Supply, KT215. IM: PS supply analysis. Imports, KT216. IM: PS supply analysis. Exports, KT217. IM: PS supply analysis. Utilization of production capacities, %218. IM: PS supply analysis. Feedstock Imports Substitution Index, %219. IM: PS supply analysis. Imports PS to consumption PS, %220. IM: PS supply analysis. Domestic to consumption, %221. IM: PS supply analysis in the previous year. Utilization of production

capacities, %222. IM: PS supply analysis in the previous year. Estimated Consumption, KT223. IM: PS supply analysis in the previous year. Domestic Supply, KT224. IM: PS supply analysis in the previous year.Imports, KT225. IM: PS supply analysis in the previous year. Exports, KT226. IM: PS supply analysis in the previous year. Feedstock Imports

Substitution Index, %227. IM: PS supply analysis in the previous year. Imports PS to consumption,

%228. IM: PS supply analysis in the previous year. Domestic to consumption, %229. IM: PS consumption structure by PS types. 2010, %230. IM: PS consumption structure by PS types. 2013, %231. IM: PS consumption structure by PS types. 2014, %232. IM: PS consumption structure by PS types. 2015, %233. IM: Investments into processing by finished products types. to USD thous.

2010, %234. IM: Investments into processing by finished products types. to USD thous.



2015, %237. Sheet extrusion: PS supply analysis. Estimated Consumption, KT238. Sheet extrusion: PS supply analysis. Domestic Supply, KT239. Sheet extrusion: PS supply analysis. Imports, KT240. Sheet extrusion: PS supply analysis. Exports, KT241. Sheet extrusion: PS supply analysis. Utilization of production capacities,

%242. Sheet extrusion: PS supply analysis. Feedstock Imports Substitution

Index, %243. Sheet extrusion: PS supply analysis. Imports PS to consumption PS, %244. Sheet extrusion: PS supply analysis. Domestic to consumption, %245. Sheet extrusion: PS supply analysis in the previous year. Estimated

Consumption, KT246. Sheet extrusion: PS supply analysis in the previous year. Domestic

Supply, KT247. Sheet extrusion: PS supply analysis in the previous year. Imports, KT248. Sheet extrusion: PS supply analysis in the previous year. Exports, KT249. Sheet extrusion: PS supply analysis in the previous year. Utilization of

production capacities, %250. Sheet extrusion: PS supply analysis in the previous year. Feedstock

Imports Substitution Index, %251. Sheet extrusion: PS supply analysis in the previous year. Imports PS to

consumption, %252. Sheet extrusion: PS supply analysis in the previous year. Domestic to

consumption, %253. Sheet extrusion: PS consumption structure by PS types. 2010, %254. Sheet extrusion: PS consumption structure by PS types. 2013, %255. Sheet extrusion: PS consumption structure by PS types. 2014, %256. Sheet extrusion: PS consumption structure by PS types. 2015, %257. Sheet extrusion: Investments into processing by finished products types.

to USD thous. 2010, %258. Sheet extrusion: Investments into processing by finished products types.

to USD thous.2013, %259. Sheet extrusion: Investments into processing by finished products types.

to USD thous. 2014, %260. Sheet extrusion: Investments into processing by finished products types.

to USD thous. 2015, %261. PS production structure by producers. 2010, %262. PS production structure by producers. 2013, %263. PS production structure by producers. 2014, %264. PS production structure by producers. 2015, %265. PS production structure by types. 2010, %266. PS production structure by types. 2013, %267. PS production structure by types. 2014, %268. PS production structure by types. 2015, %269. GPPS production structure by producers. 2010, %270. GPPS production structure by producers. 2013, %271. GPPS production structure by producers. 2014, %272. GPPS production structure by producers. 2015, %273. GPPS production structure by grades. 2010, %274. GPPS production structure by grades. 2013, %275. GPPS production structure by grades. 2014, %276. GPPS production structure by grades. 2015, %277. HIPS production structure by producers. 2010, %278. HIPS production structure by producers. 2013, %

10



Annual Report

279. HIPS production structure by producers. 2014, %280. HIPS production structure by producers. 2015, %281. HIPS production structure by grades. 2010, %282. HIPS production structure by grades. 2013, %283. HIPS production structure by grades. 2014, %284. HIPS production structure by grades. 2015, %285. EPS production structure by producers. 2010, %286. EPS production structure by producers. 2013, %287. EPS production structure by producers. 2014, %288. EPS production structure by producers. 2015, %289. EPS production structure by grades. 2010, %290. EPS production structure by grades. 2013, %291. EPS production structure by grades. 2014, %292. EPS production structure by grades. 2015, %293. ABS production structure by producers. 2010, %294. ABS production structure by producers. 2013, %295. ABS production structure by producers. 2014, %296. ABS production structure by producers. 2015, %297. ABS production structure by grades. 2010, %298. ABS production structure by grades. 2013, %299. ABS production structure by grades. 2014, %300. ABS production structure by grades. 2015, %301. Ethylene production structure by producers. 2010, %302. Ethylene production structure by producers. 2013, %303. Ethylene production structure by producers. 2014, %304. Ethylene production structure by producers. 2015, %305. PS imports structure by types. 2010, %306. PS imports structure by types. 2013, %307. PS imports structure by types. 2014, %308. PS imports structure by types. 2015, %309. PS imports structure by technologies. 2010, %310. PS imports structure by technologies. 2013, %311. PS imports structure by technologies. 2014, %312. PS imports structure by technologies. 2015, %313. PS imports by countries. 2010, %

314. PS imports by countries. 2013, %315. PS imports by countries. 2014, %316. PS imports by countries. 2015, %317. GPPS imports by countries. 2010, %318. GPPS imports by countries. 2013, %319. GPPS imports by countries. 2014, %320. GPPS imports by countries. 2015, %321. HIPS imports by countries. 2010, %322. HIPS imports by countries. 2013, %323. HIPS imports by countries. 2014, %324. HIPS imports by countries. 2015, %325. EPS imports by countries. 2010, %326. EPS imports by countries. 2013, %327. EPS imports by countries. 2014, %328. EPS imports by countries. 2015, %329. ABS imports by countries. 2010, %330. ABS imports by countries. 2013, %331. ABS imports by countries. 2014, %332. ABS imports by countries. 2015, %333. SAN imports by countries. 2010, %334. SAN imports by countries. 2013, %335. SAN imports by countries. 2014, %336. SAN imports by countries. 2015, %337. SBS imports by countries. 2010, %338. SBS imports by countries. 2013, %339. SBS imports by countries. 2014, %340. SBS imports by countries. 2015, %341. PS exports structure by types. 2010, %342. PS exports structure by types. 2013, %343. PS exports structure by types. 2014, %344. PS exports structure by types. 2015, %345. PS exports by countries. 2010, %346. PS exports by countries. 2013, %347. PS exports by countries. 2014, %348. PS exports by countries. 2015, %

11



Annual Report

List of companies referred to

1. A.Sсhulman2. A+G Extrusion Technology3. Abifor4. ABM Formtec5. Acma6. Adolf Illig Maschinenbau7. Afros8. Agakim9. Akka10. Akzo Nobel11. Alashankou Dinghua12. Albemarle13. Alberdingk14. Allios15. Alpha Sweden16. Alsom17. Altec18. AMIS19. AMS Gbmbh20. Amut21. API SpA22. Apsol23. Arburg24. Argon Kimya25. Aseg Galloni26. Asian Plastic Machinery27. Aspokem28. Automa29. Barak30. Barmag31. BASF32. Battenfeld33. Bausano34. Bayer35. BC Foam36. Beier Machinery37. Beijing Ico Science & Technology38. Bekum39. Belor40. Berlingtoun Machinery41. Bernhard Ide GmbH42. Berstorff43. Bim Finland44. Blake45. Blake Kunstoffproduktion46. Blue Ocean Int47. BM Biraghi48. BMB49. Boruser50. Boruser Plastik51. Brabender52. Brampton Engineering53. Brown54. Buse Gastek55. Buss56. Caccia Engineering57. Cannon58. Carlassara59. Casspos60. Chang ta Chia61. Changsha Aulen HiTech Co Ltd62. CHANGZHOU63. Changzhou Hengcheng Plastic

Machinery64. Chao Wei65. Chen De Plastics Machinery66. Chen Hsong Machinery67. Chengda68. Chenshong69. Chevron Phillips70. Chi Chang Machinery71. Chi Mei72. Chin Fah Machinery73. China74. China East resources75. ChodosChodov76. Chyi Yang Industrial77. Ciba

78. Cincinnati Extrusion79. CKT Kunststoff Verarbeiungs

Technik GMBX80. Clariant81. Comi82. Commodore Technology83. Compact84. Compax85. Conair86. Coperion87. Coperion Buss88. Coperion Werner und Pfleiderer89. Cosmos90. Cray Valley91. Creator Precision92. Cyber Technologies93. Dabo94. Dakumar Machinery95. Dalaker96. Davis Standard97. Decomaster98. Degussa99. Dekuma100. Demag101. Demak Plastik Makina102. Deyili103. Diamat Mchinenbau104. Diing Kuen105. Dingeldein&Herbert106. Dioki107. DMT108. Dolci Bielloni Castello109. Dongbu110. Dongguan Hengsheng Machinery111. Dongshin Hydraulics112. Dow113. Dr Boy114. Dunst115. DuPont116. Dwory117. ELC Korea118. Eliokem Materials119. Elite Precision Machinery Ltd120. Emar121. Enaiviv machinery122. Engel123. Enplast124. EOC125. Eral Makina126. Ercros127. Erema128. Erhard129. Erlenbach130. Erlenbach Maschinen131. Ermafa132. Erreffeti Prodiction133. Exmatec134. Exxon Mobil135. Fangyuan Plastics Machinery136. Fata137. Ferromatik Arburg138. Ferromatik Milacron139. Festo140. Forcit141. Forma142. Formosa143. Foshan Techwell Plastic

Machinery144. Franplast145. Fu Chun Shin Machinery146. G.E. Plastics147. Gabler148. Gabriel-Chemie149. Geiss AG150. Geko151. General Plastics152. Gloenco153. GN Plastics

154. Golden Star Plastics Machinery155. Grantway Machinery156. Greiner Extrusionstechnik157. Grom158. Gruber Extrusionsrechnik159. Guangzhou Borch160. Haishu injection moulding

machine161. Haitai Machinery162. Haitai Plastic Machinery163. Haitai Plastic Mashinery164. Han Kook System165. Hangzhou Tederic Machinery166. Hanwha Corporation167. Harburg168. Hasco169. Hassia170. HEITZ171. Hek172. Helkama173. Hemingstone174. Henkel175. Henschel176. Hercules177. Hexion Specia178. Hipol179. Hirsch Maschinenbau180. Hisuccess International

Machinery181. Hongqi Plastic & Packing

Machinery182. Huare Mashinery183. Huarong Plastic Machinery184. Huasheng Machinery185. Huasu186. Husky187. HWA Chin Machinery188. Hymmen189. Hyosung190. Hyplas Machinery191. Hysion Machinery192. Hyundai193. Hyundai Petrochemical194. IDE195. Illig196. IMG Plastec197. Inan Plastics198. Ineos Nova199. Ineos Polyolefins200. Intermat201. Interpack202. IPM203. ISEL204. Italtech205. Itochu206. JB Global207. Jiang Yin Xin-He-Qiao Chemical208. Jiangsu Litian New Material209. Jiangsu Sunchem210. Jiangyin Hupao211. Jin Hua Machinery212. Jin Sung Machinery213. Jinhu Extrusion Equipment214. Jinhwa Glotech215. Jining Tongjia Machinery216. Jon Wai Machinery217. Junsung Machinery218. Kaeler Technical219. Kai Mei Plastic Machinery220. Kaiming Engineering Co Ltd221. Kaiming Ingineering222. Kaneka223. Kang Chyau224. Karville225. Kaucuk226. Kautex Maschinenbau227. KBA228. Kiefel Extrusion

12



Annual Report

229. King Steel230. Klockner Desma Ferromatik231. Klockner Ferromatic Desma232. Korea Machinery233. Kosme234. Krauss Maffei235. Krauss Maffei Arburg236. Krupp Chen237. Kuasy238. Kuasy Arburg239. Kuasy Engel240. Kuhne Anlagenbau241. Kumho242. Kun Fong Machinery243. Kung Hsing Plastic Machinery244. Kurtz245. Lanxess246. Latexia247. LG248. LG Chem249. Lider Makina250. Liguang Machinery251. LKM252. Lonza253. Loyal254. LRS255. LS Cable256. LS Mtron257. Luigi Bandera258. Lung Meng Machinery259. LWB260. LyondellBasell261. Macchi262. Mae Spa263. Maillefer264. Main Group265. Manfredi SPA266. Mapei267. Maproplast268. Matila Industrial269. MEAF270. Meaf Machines271. Meccaniche Moderne272. Meccanichi Moderne273. MECH-ROL-PLAST274. Mehroplast275. Metalbud-Export276. Metalchem277. Metalmeccanica278. Mikrosan279. Mikrosan Makina280. Ming Lee Industrial281. MIR Machinery282. Mitsui283. Moneta284. Monotez285. Morbio Inferiore286. Movacolor287. MTS Spol288. Mueller Kunststoffe289. Murman Plastic Machinery290. Muyng-il Foamtec291. Myung-il292. Nan Rong Mechanical293. Nanrong294. Negri Bossi295. Neotronic296. Netstal Maschinen297. Ningbo Haibo298. Ningbo Haida299. Ningbo Haida Plastic300. Ningbo Haijing301. Ningbo Haiming Plastics

Machinery Co Ltd302. Ningbo Haitian303. Ningbo Haixiong Plastic

Machinery304. Ningbo Liguang Machinery305. Ningbo Shuangma Machinery306. Nippon307. Nissey ASB308. Nova Chemicals309. OIMA SPA310. Olmas311. OMC312. Omipa313. Omnova

314. Omso315. OMV Dicisione Mecanica316. Omy317. Organik Kimya318. Ozkan Plastik319. Ozmak plastik makina320. Pacific Machinery321. Pallman Maschinenfabrik322. Pantel+Bromser323. Parko SLR324. Petrohemija325. Piovan326. Plasma Screen327. Plasmec328. Po Yuen Mashine Fty Ltd329. Polimeri Europa330. Polivinil Rotomachinery331. Polymak332. Polymer Latex333. PolyOne334. Ponar335. PPHU336. Presma SpA337. Qingdao Fuju Machinery338. Qingdao Fuju Machinery

Manufacturing339. Qingdao Plastic Machinery340. Quanzhou Lida Machine341. Queens Machinery342. Rapid Granulator343. Ravago Plastics344. Reifenhauser345. Reimelt Henschel346. Remont347. Remu348. Respecta349. Rhodia350. Rieter351. Risjad352. Riuan Fujinlong Machinery353. Rohm and Haas354. RPR355. Ruian Fengming Machinery356. Sabic357. Sacmi Imola358. Saip359. Samofor360. Samsung Cheil Industries361. Sandretto362. Schomburg363. Seahn system364. Seahn Systems365. SET366. Shandong Tongjia Machinrey367. Shanghai Jurry Plastic

Machinery368. Shanghai Jwell Machinery369. Shanhai Zhongji370. Shantou371. Shantou Machinery372. ShenZhen Silver Basis Industrial

Development373. Shinho374. Shini Plastics375. Shuanglin Plastic Machinery376. Shuangma Mashinery377. Sica378. SIG379. SIG Corpoplast380. Sima381. Simi Engineering382. Singulus Technologies383. Sino Cuccess384. Sipa385. Sirmax386. SMI387. SmiPack388. SML Maschinengesellschaft389. Sound390. Sound Injection Machinery391. Starplast392. Steady Stream393. Steag Hamatech AG394. Stork395. Styrochem396. Styropex397. Sumitomo

398. Sunghoontech399. Sunpor400. Supreme401. Synthomer402. Ta Ai Machinery403. Tabriz Petrochemical Company404. Taejin Machinery405. Taita406. Taizhou Haigang Plastics

Extruding Machinery407. TCT-polska408. Tece409. Technoplast410. Tecnimont411. Tecnova412. Thai Petrochemical413. Thermo414. Theyson Extrusionstechnick415. Thyssen Krupp416. Tianjin Hengrui417. TK-tech418. TMC Technology419. Tongil Industries420. Tongjia Machinery421. Tongjia Mashinery422. Toray423. Tosaf424. Toshiba425. Total Petrochemicals426. Toyo427. Tria428. Troester429. Trusioma430. TSP Makina431. Tuntex432. Ufuk433. Umit Makina434. Union435. Union Crystal436. Unipol Holland437. Unyka438. Urola439. V.F Kprea Corporation440. Van Dam441. VEM442. Vespa443. VFK head Corp444. Villa S.R.L445. Vinnolit446. Wacker447. Weifang Jingda Plastic Machinery448. Weima449. Welex450. Welltec Mashinery451. Wenzhou452. Windmoller & Holscher453. Windsor Kunstofftechnologie454. Woen Ki Yeon455. Woodjin Selex456. Worlee457. Wuxi458. Wuxi Grand Tech Machinery459. Yanma460. Yasas461. Yelkenciler Makina462. Yildrim Plastic Makina463. Yizumi Seiki Machinery464. Yo Jet465. Young Sang Industrial466. Yurim Efm467. Yuyao Lvdao Plastic & Rubber

Machinery468. Zeppelin469. Zerma470. Zhangjiagang AiBiM Plastics

Machinery471. Zhangjiagang Beier Machinery472. Zhangjiagang Fanchang

Machinery473. Zhejiang Haigang474. Zhejiang Honghua Machinery475. Zhejiang Jinhai Plastic Machinery476. Zhejiang Sound Machinery477. Zi-mak478. ABB Moskabel479. Avangard Knauf480. Avangard, SPb

13



Annual Report

481. Avantazh-S482. AVISTA-2483. AvtoVAZ484. Avtoelektroarmatura485. Agrarian486. Azot, Cherkassy487. Azteam488. Alrosa, Ust-Kut489. Academintorg RAN490. Aquafor St. Petersburg491. Akzo Nobel Décor492. Aktech493. Alkoa C-S-I Vostok494. Altaypolimerstroy495. Albis Plastic496. Alfa-Trans497. OJSC Alliance498. Alliance-Trade499. Angara500. Angarsk Polymers Plant501. An-Logistic502. Ansar503. Art Market504. Artol, Moscow505. Astrakhanskaya setevyazalnaya

fabrika506. Audio-Video Corporation Slavich507. Automotive Lighting508. Balakovorezinotekhnika509. Baltiysky Plastik510. Baltmixt511. Baltpolymer Service512. Baltpolymer Service513. Baltpolymer TNP514. Baltpolymer-Opt515. Baltstroyplas516. Bang & Bonsomer517. Bars-2518. BASF519. Bau Tex520. Bashsibtrading521. Beko522. Businessmarket523. Biysk fiberglass Plant524. Build-Meyk525. Bio Plast-M526. Biohimplast527. Biplant528. Bolshevik529. Borisoglebsk Boiler-Mechanical

Plant530. Broker Plus531. Bryanskvneshtrans532. Bryansklogistikservice533. BSKh Bytovye Pribory534. Burg535. Weal536. Velial537. Velkoms + Chemy538. Vertical539. Vesta540. Vestel-CIS541. West-Torg542. Videophone543. Whelan-Trade544. Vilton545. Wimm Bill Dann (Sibmoloko)546. Viptreydinvest547. Vitus548. Vladimir Chemical Plant549. Vneshopttorg550. Volzhsky Termina551. Volzhskpolychem552. Volport553. Vorspetstorg554. VostSibPolymer555. Wood-Stock556. Vyatastroydetal557. GAS558. Gammahim-plastic559. Gealan-Sibir560. Germes-M561. Hephaestus Ltd.562. Grandplast563. Group Evgo564. D.A. Rus565. Dak

566. Dalkontrakt567. Dalkontrakt, Vladivostok568. Danfoss569. Danfoss, Moscow570. DW-Plast Ltd.571. DVPO Sunrise572. Deventer-Rus573. Gee Rus574. Dzerzhynsk Plexiglas575. Dialog Freight International576. Diger577. Disan, St. Petersburg578. DKS579. DKS-Razvitiye580. DMW-EXPO581. Domstroykomplekt582. DPO Plastik583. VSS NC584. Euro Logistic585. Euromolding586. OJSC Europlast587. Europlastik, Khimki588. Eurotrade589. Eurotrubplast590. United Trading System591. Elatomsky Instrument Plant592. ETC-Chemicals593. Zheldorekspeditor594. Zavod AIT595. Sergo Plant596. Efficiency-2 Plant597. Foams Plant598. Plastics Plant, Kazakhstan599. Plastics Plant Omsk600. Plastics Plant, Omsk601. Plastics Plant, Rostov602. Plastics Plant603. Plastics Processing Plant named

after Komsomolskaya Pravda604. Svetovye Tekhnologii Plant605. Plastprom Plant606. Teсhno Plant607. Technonikol-Siberia Plant608. TCM Plant609. Refrigerators Plant Biryusa610. Refrigerator Plant Stinol611. Agora612. NDS613. Building Materials Plant614. Insulation materials Plant615. Technoplex Plant616. ZZHBI, KhantyMansiysk617. Izotech618. Imaris Group619. Import620. Import Complect Auto621. Import Group622. Impex623. Indtrans-C624. Interkom625. Interpolitrans626. Intekhstroy627. Iтеус, Moscow628. Infopromkontakt629. Zarschikov Alexander630. Capella, Dzerzhinsk631. Karbolit632. Quartz, Kaliningrad633. Kemerovskoe Azot634. Kirov Imitation Leather Plant635. Kloeckner Pentapalst Rus636. Knauf Gips637. Knauf polyfoam638. Knauf-Plast639. KNK Chemicals640. Komitex641. Kompamid engineering Plastics642. Assol Company Ltd.643. Contract Service Company644. Kompler645. Konkord646. Kontrans647. Concern Vneshtorg648. Concern Stirol649. Concern Energomera650. Corvette651. Korus Polymer

652. Krovlya, Uchaly653. Krokus654. Cronus Trade655. Crossland Chemicals656. Kuban-Knauf657. Kubanstroypolymer658. PF Lagom659. Lada List, Toliatti660. Lada-Pharm661. Paint Plant Modul662. LG Electronics Rus663. Legodom664. Lesstroytorg665. Letenn666. Liga Ltd.667. Leasing-Help668. Lauritsen669. Lotus670. Lukoil-Volganefteproduct671. Magnetic672. Mapei673. Maskad674. Master-Pak675. Megaplast, Toropec676. Mega-trans677. Mezhdurechensky plant KPDS678. Meranda679. Meridian Logistics680. Metaplast681. Meteo, Ekaterinburg682. Mettem-Technology683. Mehtransservice684. MZZHBK685. Minvody-Krovlya686. World of packaging, Gvardeysk687. Miratrade688. Mire Tech689. Mondi Syktyvkarsky Timber

Complex690. Monokristall691. Monolit, Trubchevsk692. Moscow Mikromashina Plant693. Television Plant Rubin, Moscow694. Mosstroy-31695. Mosstroyplast696. Alkor697. MSK, Ltd698. MST, Moscow699. Mezoplast700. Myagkaya Krovlya701. Na Tkatskoy702. Nab.Chelninskij KBK703. Nypro704. Nautilus705. Nevaimport706. Neyron707. Nelidov Plastic Mixtures Plant708. Neo Chemical709. Nizhegorodskiy Plastics Plant710. Nizhegorodskiy Zavod

Avtokomponent711. Nizhnekamskneftechem712. Nisko Construction713. Nisko Plastics714. Novaya Transportnaya

Kompaniya715. Novokuzneckij DSK716. Novosibirsksnabsbyt717. Novotorg718. SPO Polymer719. NNP Klondike-NN720. NPP Simplex721. Nestlogistik722. Combining Agropromstroy723. Olympic724. Omegatrans725. Processing of plastics Plant,

Omsk726. Oniland727. Voskhod Ltd., St. Petersburg728. Company Foam729. Plaza730. Kapitalinvest731. Opttrans Ltd.732. Opeks plus733. Orbit734. Orion

14



Annual Report

735. Osnovanie-2736. Pak-Plast, Kaliningrad737. Palette-K738. Penamarket739. Penoplex740. Penoplex International741. Penoplex St.P742. Penoplex Trade743. Penoplex, Perm744. Penoplex-Kirishy745. Pervouralsky Novotrubny Plant746. Peterburg Products International747. Petroopttorg748. Petrochem-Trading749. Keramzit750. Dina751. Stroyteplokomplekt752. Plastik, Syzran753. Plastik, Uzlovaya754. Plastic, Chelyabinsk755. Plastimpex756. Plastmodern757. Plasttechnique758. Quant759. Plastic, Ekaterinburg760. Optical and Mechanical Plant,

Ural761. Electrochemical Plant762. Pozis763. Polygran764. Polycon-Trade765. Polymer Impex766. Polymer, Uzlovaya767. Polymerbyt768. Polymer-Compound769. PolymerMash770. Polimer-Pak771. Polymerplast, Yuzhnosahalinsk772. Polimerproduct773. Polimerstroymaterialy Plant774. Polypack, Krasnoyarsk775. Polyplast Moscow776. Polyst777. Polystyrene778. Polystyrene, Ekaterinburg779. Polyphem780. Poliform781. Polony782. POSTR783. Prankor784. Prime-Plast785. Primo786. Primstroitel787. Prodimport Vladivostok788. Prodmash789. Procter & Gamble Novomoskovsk790. Promopttorg791. Promplast, Moscow792. Promservices, Omsk793. Promservices794. PSK Plastmetal795. PSO KPD&SK796. Pulse797. PF Lagom798. Pemy799. Radioimport-R800. Rayselhozsnab801. Ratep802. Retal Tver803. RK-Stroyidustriya804. Rohm and Haas805. Rosgarant806. Rus-Veka807. Russian Plastic808. Rushenk809. Rus-Saratov810. S.V.T.S. Broker811. Sabic Innovative Plastics Rus

812. Sulbim813. Samsung Electronics Rus Kaluga814. St. Petersburg plant Polimerstroy

materialy815. Saransk Mechanical Plant816. Sarmek817. Sayan Polymer818. Svetoch819. Siard Real820. SIBALNAZ821. Siberian taiga822. Siberian Factory Komus-

Odintsovskaya f-ka ComusPackaging

823. Siberian Heater824. Siberia-Styrene825. Sibkabel826. Sibpolymerstroy827. Sibur Geotextiles828. Sibur Holding829. Siemens830. Simpex831. Sinsongnano Rus832. Sintez, St.P833. Systems, Technologies, Materials834. SC East835. Skalyariy-L836. Slavich837. Slovackij mashinsrtoy838. Smart839. SNOS (Salavatnefteorgsyntez)840. SOATE841. Modern technology, Omsk842. Soyuzchemimport843. JV Teknoplast-SPB844. Spinox845. Stavroplstroyopttorg846. Stayrovit847. Stamm848. Stigma-NN849. Stoke Logistics850. Strim851. Construction Company Bridge

East852. Stroyimport853. Stroycomplect, Perm854. Stroycomplect-2000855. Stroylin856. Stroymaks857. Stroyplast858. Stroypolimer, St.P859. Stroiservice860. Stroytekhnologiya861. Stroytreyd, Tyumen862. Surgutstroytrest863. SEPO-ZEM864. Tamrif865. Takhikom866. Tverplastic867. Kapoligraf868. Lick869. UMSK870. Telebalt871. Televolna872. Televolna, Kaliningrad873. Warm House PKP874. Warm House, Omsk875. Termopack-Engineering876. Termoplastautomat877. Technoimport878. Technoimport-DV879. Technopark Slavich880. Tehnoprominvest881. Tigi-Knauf882. Zapsibtransblok883. Products of the Future884. Tokem885. Trading House Votkinsk Plant

886. Trading House Lukoil887. Trading House Teplozol888. Torgplast889. Torg-Trust890. Solid891. Tpk Stroyplast892. Tpk Tarnsauto893. Transit894. Transagentstvo895. Transway896. Транскон, Москва897. Transterminal, Ufa898. Transtechnique East899. Trans-Express-Service900. Trust polymer901. Tradeaktiv902. Traingroup903. Tride Rus904. TTK Spektr905. Tuba906. Telko907. Tyumen Accumulator Plant908. Tyumen Plant of Medical

Equipment and Tools909. Ultrapolymery910. Universal Contract Ltd.911. Uniplast-M912. Ural-Container913. Uralplastic-Ekaterinburg914. Ursa-Serpukhov915. USK Sibiryak916. Faber-Luke917. Favorit918. Fanplit919. Plant, Votkinsk920. Dalspetsstroy921. IMZ922. Plant n.a.Frunze, Nizhny

Novgorod923. UEMZ924. Fiesta925. Branch of Ilim926. Branch of Dow Chemical Ltd.927. Firm Kultbyststroy928. Firm Agik929. Foresia Technoplast Automotive930. Formplast931. Forsazh932. FTT-Holding933. Khabarovsk Pharmacy934. Helikon Logistik935. Chemo-Trading936. Henkel-Era937. Chemplast, Belgorod938. Chemtradinggroup939. Hrsk940. Hyundai Corporation941. Huhtamaki CIS942. Center, SM943. Milk Plant, Chita944. CHNPO Holodmash945. Petrov R.V.946. Shtrober947. EDS948. Ecoplastics, Moscow949. Expowestrans950. Ekspotrans, Troitsk951. Extrusion Technology, Selyatino952. Elgosoft953. Elinar-Plast954. Empils955. Enemsi Rus956. Ergoteks957. Eskora Ltd958. Uneeda959. Yurga Machine Building Plant960. Yamaltransstroy

15



Annual Report

METHODOLOGYGeneral Information on the Report

The Annual Reports have been framed so that you could get a maximum complete and

detailed picture after you have read it. We did our utmost to present the Report as an annual

market encyclopaedia.

Our reports can be used for the benefit of:

· companies that are developing business plans for their projects on polymer

processing, and they need marketing data/forecast on feedstock supply and potential

sales of finished goods,

· investment companies and banks that analyze potential investments into processing,

· converters that expand production,

· producers/traders/suppliers, and any other companies that are going to enter the

market or to increase own market share within the next year.

Generally, apart from analysis of prices selected from our Price Reports, statistics on

production/exports/imports selected from our Monthly Reports, our Annual Reports contain

the following data:

· Statistics on consumption/domestic supply/import of a certain polymer grade/certain

producer by each processing sector

· Rating of producers in each processing sector

· Rating of producers’ feedstock grades in each processing sector

· Detailed analysis of trends in each processing sector

· Rating of converters (processing volumes, investments, transportation by rail,

proceeds)

· Analysis of the market of monomers

· Macroeconomic data, statistics on production in specific processing industries and in

construction

· Detailed analysis of converters’ investment projects

· Interpretation of the most important news and expert opinions over the course of the

year.

All data are presented in accordance with overall annual results. All values of the year under

discussion are compared with similar periods of the eight previous years. Separately, you

will find marketing forecast till 2020.

Data Analysis

All diagrams and tables in the Appendixes are made up automatically. The methodology

includes unified processing of all fragmentary data that we use to understand activities of

each converter. Data from Annual Reports fully agree with information presented in

PlastGuide.

PlastGuide

PlastGuide helps form any reference in оn-line mode by each converter mentioned in this

Annual Report. This is a unique software system that includes marketing data on 20

thousand companies operating in the CIS polymers market. An individual strong aspect of

Market development model is founded onforecast till 2020

16



Annual Report

PlastGuide is the set of credit ratings by each converter that allow assessing not only

general financial performance of a converter (on the basis of Altman scoring model), as well

as to understand advisability of giving commodity credits to such converters.

Data Sources

To prepare this Annual Report, we used statistics provided by the Federal State Statistics

Service, State Customs Service, Russian Railways, Ministry for Economic Development,

Central Bank of the Russian Federation, as well as producers’ data, expert opinions,

information of world and Russian analytical companies, and own MRC Company’s data.

Classification of Products

As the basis of product classification, analyzed in the Report, we applied generally acceptedclassification of polystyrene types:

§ GPPS – general purpose polystyrene;§ HIPS – high-impact polystyrene;§ EPS – expanded polystyrene;§ ABS – acrylonitrile butadiene styrene;§ SAN – styrene acrylonitrile;§ SBS –granulated styrene-butadiene caoutchouc;§ Other (masterbatches on the basis of PS; other stytrene copolymers, etc.).

We adhered to general Foreign Trade Codes just partially, since actual imports of PE grades

do not correspond to commodity items indicated in importers in customs declarations. Use of

just Foreign Trade Codes could have led to serious distortions in research results.

Therefore, we applied our own, more precise correlation of sold products with PE grades by

producers’ brands.

17



Annual Report

Customs duties

· 3903200000 – SAN – 6,5%;· 3903300000 – ABS – 6,5%;· 3903901000 – copolymer of only styrene and allyl spirit with the acetyl number 175 and

more - 6,5%;· 3903902000 – bromated PS that contains 58 mass % and more, but not more than 71

mass % of bromine – 6,5%;;· 3903909000 – other – 6,5%;.

Data Directories

The Annual Report contains data processed in general reference guides:

§ 15 principal (directly affect consumption volumes), as well as five auxiliary (affect

consumption volumes indirectly), polymer processing technologies;

§ 64 polymer processing sectors – from BOPS-containers to fittings;

§ 124 types of finished goods – from shrinkable film to refrigerators or car bumpers.

The general data tree in all Annual Reports has a three-level structure: Processing

Technology, Processing Sector and Type of Finished Goods.

Processing technology

Technology implies the primary processing of polymer that directly effects itsconsumption volumes. For example, thermoforming, bags cutting or re-granulation can alsobe considered as polymers processing technology; however, they effect only indirectly onpolymer consumption, therefore they were not included into overall analysis of productioncapacities. For example, conslusions as to consumption of PS for molding of disposableware were made taking into account production caapcities of the so-called primary PSprocessing, which in that case means sheet extrusion technology. We analyzed processingtechnology which implies application of each PS grade. We took into account generallyaccepted PS processing technologies:

· Sheet extrusion. Depending on purpose, sheets may be of different thickness; we alsoincluded sheets with the thickness that can be regarded to films: for example, this is PStape used to produce disposable ware and molded containers, as well as more solidsheets used to produce refrigerators; as a rule with MFI at about 3 (hereinafter, MFR isindicated at 200°C/5 kg).

· Injection Molding. Depending on produced goods (boxes, electrotechnics), they usegrades with MFR from 6 to 20. Major consumption volumes belong to grades with MFRfrom 7 to 12.

· Foaming. This technology is automatically referred to processing of expandedpolystyrene (EPS), as well as when we certainly know that this PS grade would be usedfor the production of extruded expanded polystyrene (XPS). Sheet extrusion, thoughbefore extrusion GPPS is mixed with foamed additives is defined exactly by foaming ofthe primary technology. However, this technology uses polystyrene with low/ mediumflow rate.

· Compounding. We consider this technology when grades are meant for the production ofbonding and adhesive agents, including glues and P&C. Mainly, these are differentstyrene copolymers, including SAN and SBS.

18



Annual Report

Processing Sector

Processing sector is needed for more detailed analysis of consumption in a specific polymer

processing technology. As a rule, processing sector is a reference guide subordinate to

processing technology guide. We use 28 processing sectors to analyze the PS market.

Sheet extrusion

· packaging· electrotechnics· car components· sheets· tapes· recreational goods· other

Onjection molding

· electrotechnics· car components· packaging· household goods· recreational goods· furniture· audio/video cassettes· fittings· footwear· caontainers· caps/lids· medicine· accumulators· other

Foaming

· EPS packaging· construction· packaging· dekor· other

Compounding

· granulation· mixing· bonding agents· other

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Annual Report

Types of Finished Goods

As a rule, detailed elaboration by sectors is not enough to understand trends in polymersprocessing. Therefore, we apply a subordinate guide – types of finished goods. Their totalnumber is 31, and the list is as follows:

· EPS plates· refrigerators· XPS plates· other electrotechnics· containers/disposable ware· disposable ware· car components· P&C· TV-sets· monitors· transportation packaging· household goods· CD discs· washing machines· water filters· vacuum cleaners· soles· packaging· tape· sheets· medicine equipment· toys· lighting units· sockets/adapters· videotape recorder· accumulators· molded containers· heat insulation· other· polystyrene-concrete

20



Annual Report

Belarus

Supplies of Byelorussian LDPE to the Russian market are not recorded in export-import

transactions of the Russian Federation. Hitherto, all assessments of the Russian

polyethylene market have not accounted PE supplies from Belarus (supplies exceeded the

level of 35 KT in 2007). In our Report we took into account supplies of Byelorussian

polyethylene to the Russian Federation and estimated the market capacity taking into

consideration these data. We don’t take into account exports of Russian polyethylene to

Belarus, which doesn’t exceed 20-25 thousands tons, i.e. not more than 2 % of overall

consumption in Russia. In our opinion, this difference can be neglected, especially if to

consider, that the majority of polyethylene produced in Belarus is subsequently exported to

Russia without any records of such exports on the part of the Russian customs bodies. In

Appendix you will find data on transportation of PE by rail in the context of Russian suppliers

and Belarusian consumers.

Market Players

All market players can be classified as follows:

· Producers· Converters· Manufacturers· Traders· Importers· Exporters· Equipments producers· Groups of companies.

Names of market players are given without inverted commas, their organizational and legal

status is omitted, as well we apply a general name of a group of companies without names

of their subsidiaries. For instance, Basell Polyolefins Orlen Polyolefins Sp.z.o.o. is called

simply as Basell Orlen, Dow Europe GmbH – Dow, etc.

Groups

As a rule, each market player represents not only one but several companies, and each of

them can actually be a converter, a trader, as a well as a person concerned with. We have

grouped those companies that are interrelated through affiliated structures, and we have

referred to them as to a single market player.

We understand that large players may have a complicated management system: some are

focusing on production assets, others on exports/imports, the third are responsible for

domestic supply, the fourth are servicing companies, and the fifth are dealing with general

management, etc.

If we hadn’t grouped market players, we would have had serious inaccuracies from the point

of view that a company might have big production capacities but there would be no data on

production, another one might have data on production but there would be no imports, the

third company would have no data on any of the aforementioned but it would deal with

domestic supply (by rail). Some companies included 5-6 enterprises; Polyplastic Group, for

example, includes eleven companies.

21



Annual Report

Producers

Producers are companies that are engaged exclusively in production of polymers: i.e.

analysis excluded all trading, resale and offshore companies.

Converters

A converter is deemed a company (a group of companies) that has polymer processing

capacities and uses them to process polymer feedstock.

Manufacturers

Manufacturers are foreign converters.

Traders

Companies that do not have polymer processing capacities but they have purchased or sold

polymer feedstock of equipment.

Equipment Producers

Companies producing polymer processing equipment. The list of equipment producers

includes about 450 companies.

Suppliers

Companies that supply feedstock (equipment) to converters. Both traders and producers of

feedstock or equipment can be suppliers.

Importers / Exporters

Producers, suppliers, traders and converters can be importers and exporters.

Rating of Converters

We have worked out an integral market effect indicator by each converter. This indicator is a

reduced weighted value obtained on the basis of statistics analysis of each six values of this

year:

- output of finished goods, MT

- exports of finished goods, MT

- direct domestic supply from producers by railway, MT

- investments into processing (progressive total since 2000), USD thous.

- imports, MT

- additions to capacity (progressive total since 2000), MT.

In the respective sections of the Report, you will find two ratings of converters. The first one

is the rating of individual converters (without “group” markings). The second one is the rating

of groups of converters (with “group” marking). For example, PE and PP converters in the

sector of automobile chemistry packaging – Lukoil-Permnefteorgsyntez and Lukoil-

Volgogradorgsyntez – are considered as each converter, as well as Lukoil Group.

22



Annual Report

Prices

The Report contains prices reduced to one basis in compliance with Incoterms 2000:

· Import: DDP, Moscow

· Domestic: CPT, Moscow

· Export: DAF, border of the Russian Federation.

For detailed analysis, see Methodology of Price Reports.

Machine Capacity

We did our best to show how polymer processing capacities have been expanding by each

individual converter. We identified each brand of purchased equipment, its rated capacity; as

well, depending on the type of a converter, we identified overall rated capacity as to

processing of a specific polymer on that equipment. To calculate annual capacity gain, we

applied nominal time fund at the level of 5 000 hours per year (two shifts, 6.8 hours of actual

operation without shutdown for shift change or change-over). By some lines and converters

we adjusted time up to 6 000 hours; in single instances, we used 6 500 hours.

Capacities were calculated on the basis of own rates for each type of equipment in each

technology. If was just enough to know nameplate capacity for a specific brand in kg/h for a

film or pipe extruder, then it was certainly not possible to obtain such value for an injection

molding machine. For example, for each group of molded finished goods, we identified a

typical product, and by shot volume and plasticizing capacity (for injection molding

machines) we finally identified rated polymer processing capacity.

As to polymer mixing (compounding), we applied different number of batches (from 3 for

Chinese and up to 7 for German mixers). For EBM, we also defined goods to be produced

on that equipment, and the nominal rated capacity of each line was defined on the basis of

the weight of such product.

Completeness of equipment was also checked by its each unit. As a rule, big lines are being

imported as a set of shipments. Sometimes, delivery of one line extends for more than 6-8

months. In any case, we deem each line not as a number of sets of shipments, but as one

complete line.

Investments

The Report contains information on investments into polymers processing. Estimated values

of such investments cannot be accurate, since the cost of acquired equipment may differ

while crossing the border, or equipment can be contributed to an authorized fund of a

company in Russia with the indication of a price that correspond to the actual level of prices.

With the help of the obtained data, we can rather analyze trends in polyethylene processing

than define the accurate amount of investments.

Diagrams and Tables

Often diagrams in the Report are duplicated by respective tables. This has been done

deliberately, whereas the diagrams may help define one or another trend, and the figures

from the tables are necessary for more accurate analysis.

Forecast

Many tables and diagrams in the Report include forecast up to 2025. As a rule, making

forecast we used the method of linear trend extrapolation, the polynomial trend extrapolation

23



Annual Report

method, the Box-Jenkins model (ARIMA), as well as the method of experts’ evaluations. In

case there are no stable data during the period from 2000 to 2013, then the forecast for that

line could be omitted. For longer periods (5 and more years), we forecast production of

polymers on the basis of expert opinions, as well we make respective exports forecast.

Afterwards, Data Analysis Software independently distributes data by technologies, sectors

and types of finished goods, in compliance with the market model developed by MRC’s

analysts. A principally different forecasting method is used for the nearest four years; it is

based on analysis of each processing sector and its influence on overall polymer

consumption.

Designations

The following designations are used in the Report: MT – metric ton, thous. – thousand, KT –

thous. ton, KTa – thous. ton per year (capacity), mln. – million, RUB – Russian rouble, USD

– US dollar, EUR – Euro.

Growth Indexes

As a rule, growth index in the tables is the relation of the index during the analyzed period to

the previous one. In case of illogically high (low) indexes, for instance - 900%, we put “-“.

AAGR

AAGR, % - is average annual growth rate over the indicated period calculated as n-th root,

where n is the number of years in the analyzed period.

24



Annual Report

73%

23%

4%

The structure of production capacity by type, %

HIPS and GPPS

EPS

ABS

Source: Market Report

… from the report …

2.1 1 Current Market Situation

· The deterioration of the macroeconomic situation in Russia in 2015 adversely affectedthe market of polystyrene and styrene plastics since the polymer enjoys vast applicationand is used in many sectors of heavy and light manufacturing industries, from carmanufacturing to tableware.

· At year-end, 2015 the volume of PS market in Russia decreased by 5% down to 535 kt.The market's capacity continues to surge record heights.

· Polystyrene can be divided into 7 categories: high impact polystyrene (HIPS), generalpurpose polystyrene (GPPS), expandable polystyrene (EPS), ABS plastic, SAN, SBSand others.

· PS production in Russia is represented by the following companies:

§ Nizhnekamskneftekhim is the biggest producer of GPPS, HIPS andABS.

§ SIBUR has facilities for production of EPS (SIBUR-Khimprom, Perm).

§ Plastic (Uzlovaya) has the facilities for production of EPS and ABS.

§ PGProf (formely Styrovit) produces GPPS mostly for heat insulation.

§ Gazprom neftekhim Salavat (formerly Salavatneftegazsintez) producedHIPS and GPPS.

§ Angarsk Polymers Plant has the facilities for EPS production.

· In 2015, the total production capacity of PS and styrene plastics in Russia saw nochanges and made 645 kt..

The structure of production capacity adghaahain Russia in 2015, kt

0 70 140 210 280

Nizhnekamskneftekhim

SIBUR

Plastic Plant (Omsk)

PGProf

Gazprom neftekhim Salavat

Plastic (Uzlovaya)

Angarsk Polymers Plant


· In 2015, Russia produced 504 kt of polystyrene and styrene plastics, sightly lessthan in 2014.

· GPPS and HIPS are produced by four companies with a total annual capacity atthe year-end 2015 of 488 kt (effectively - 440 kt), including:

§ Nizhnekamskneftekhim, annual capacity - 310 kt;§ PGProf, annual capacity - 50 kt (GPPS only);§ Salavatneftegazsintez, annual capacity - 32 kt;

Please see the full version of the report


25



Annual Report

§ Plastic Plant (Omsk), annual capacity - 96 kt.

PS and styrene plastics production capcacity in Russia, kt

Producer

Polymertype

Technology Годзапуска

Capacityat the start

of year2016

NizhnekamskneftekhimПСС/М иУПС/М,

АБСFina technology. Inc. 2003 200

PGProf (Penoplex) ПСС/М Toyo EngineeringCorporation 2004 50

Gazprom neftekhim Salavat ПСС/М иУПС/М - 1991 32

Angarsk Polymers Plant ПСВ-С - 1974 15

Plastic (Uzlovaya) ПСВ-С - 1967 9

Plastic (Uzlovaya) АБС-пластик

Asahi ChemicalInternational, LTD 1973 23

Sibur-Khimprom ПСВ-С Sunpor 2010 100

Nizhnekamskneftekhim ПСС/М-АБС* Polimeri Europa 2013 55


· Nizhnekamskneftekhim is the biggest producer of GPPS and HIPS in Russian. In2015, the output of GPPS and HIPS at the Nizhnekamskneftekhim plant reached300 kt.

· The biggest EPS producer in Russia is Sibur.In 2015, the total production in Permmade 98.5 kt.

· As earlier, the growth in the output prompted reduction of imports. Converters tendto give preference to Russian PS grades. At the year-end 2015, GPPS imports toRussia fell by 24% to make a total of 22.4 kt. Imports of high impact PS gradeswent down by 26% to 17.5 kt.

· Styrolution holds its positions among the biggest GPPS oversees suppliers toRussia, with 17.74 kt of GPPS delivered to the Russian market. Styrolution is alsothe largest HIPS supplier. According to data of 2015, this company shipped about5.77 kt of GPPS to Russia, with supplies of this producer growing. In 2014,imports of HIPS produced by Styrolution were 5.53 kt.

· At the year-end 2015, imports of EPS to Russia declined by 53% to make 27.5 kt.

· The Chinese producer Loyal was rapidly loosing its positions in the Russianmarket. Back in 2014, the company sold about 25.7 kt to Russia. In 2015, Loyalsupplied to Russia only 6.29 kt of EPS.

· LG Chem was the second largest company in terms of volume of supplies toRussia. In 2015, this producer supplied about 2.1 kt of EPS to the market.

Investment in processing …

· In 2015, investment in PS processing dropped by 16% and made USD136.64 mln.

· Despite existing economic and industry risks, yey there are companies in Russiathat import new lines and invest in expansion of PS production. According to theMRC data, at the year-end 2015, 472 sets of equipment for polystyrene andstyrene plastics processing were imported to Russia.

Please see the full version of the report


26



Annual Report

· The moulded products sector accounted for most investments in modernizationand expansion of polystyrene and styrene plastics processing. 406 injectionmoulding lines worth a total of USD106 mln were imported to Russia over thereported period. Investments in expandable polystyrene sector made USD10.8mln. The extrusion products sector saw the biggest recession in investmentactivities on the part of converters. Last year the cost of purchase of importedequipment and spare parts in the sheet extrusion sector dropped by 65% andmade USD2.55 mln from USD7.35 a year earlier.

· The peak of investment activity in the market for polystyrene and styrene plasticsprocessing fell on 2013, when investments made USD225 mln.

Polystyrene in Russia – 2016_


Annual Report

PS. General market indicators, MT

Moving Direction

2007 2013 2014 2010 2011 2012 2013 2014 2015 AverageGrowth,

%

2016estimate

2017forecast

2018forecast

2019forecast

2020forecast

production capacities 177 204 231 371 277 204 337 204 337 204 337 204 397 204 417 204 437 204 12%

Growth, % - 31% 20% 22% - - 18% 5% 5% -

Production 10 941 17 233 18 149 221 623 270 890 291 575 264 221 255 470 282 410 50,1%

Growth, % - 58% 5% 1 121% 22% 8% -9% -3% 11% -

Import 134 970 145 410 112 558 105 260 148 448 191 304 190 547 162 065 209 619 5,7%

Growth, % - 8% -23% -6% 41% 29% 0% -15% 29% -

Export 3 679 5 051 32 749 29 300 55 322 29 929 37 412 49 403 35 752 32,9%

Growth, % - 37% 548% -11% 89% -46% 25% 32% -28% -

Estimated consumption 142 232 157 592 97 958 297 582 364 016 452 949 417 356 368 133 456 276 15,7%

Growth, % - 11% -38% 204% 22% 24% -8% -12% 24% -

Utilization of productioncapacities, % 6 7 7 66 80 86 67 61 65 34,1%

Exports to Production,% 34 29 180 13 20 10 14 19 13 -11,5%

Imports to consumption,% 95 92 115 35 41 42 46 44 46 -8,7%

Source: MRC

Please, see the full version of the Report




Annual Report

PS consumption dynamics by PS types, MT

Type

2007 2013 2014 2010 2011 2012 2013 2014 2015 AverageGrowth, %

2016estimate

2017forecast

2018forecast

2019forecast

2020forecast

GPPS 24 957 30 324 11 535 85 271 93 100 124 975 122 258 121 088 159 396 26,1%

Growth, % - 22% -62% 639% 9% 34% -2% -1% 32% -

EPS 50 144 51 348 52 515 78 135 106 045 130 470 125 012 107 414 122 436 11,8%

Growth, % - 2% 2% 49% 36% 23% -4% -14% 14% -

HIPS 26 769 34 378 21 416 98 159 119 036 143 250 123 119 91 273 106 477 18,8%

Growth, % - 28% -38% 358% 21% 20% -14% -26% 17% -

ABS 34 645 36 485 36 613 30 591 39 126 46 215 41 702 29 703 49 452 4,5%

Growth, % - 5% 0% -16% 28% 18% -10% -29% 66% -

SAN 2 845 5 765 3 325 2 917 3 567 3 876 6 602 11 116 11 217 18,7%

Growth, % - 103% -42% -12% 22% 9% 70% 68% 1% -

SBS 461 587 802 404 1 772 1 585 1 597 1 697 1 926 19,6%

Growth, % - 27% 37% -50% 339% -11% 1% 6% 14% -

others 6 090 3 401 3 766 2 951 3 327 3 793 3 592 6 058 5 618 -1%

Growth, % - -44% 11% -22% 13% 14% -5% 69% -7% -

Total 145 911 162 289 129 972 298 428 365 973 454 165 423 882 368 349 456 524 15,3%Growth, % - 11% -20% 130% 23% 24% -7% -13% 24% -

Source: MRC





Annual Report

PS consumption dynamics by technologies, MT

Technology

2007 2013 2014 2010 2011 2012 2013 2014 2015 AverageGrowth,

%

2016estimate

2017forecast

2018forecast

2019forecast

2020forecast

foaming 54 409 61 305 52 692 126 739 161 308 208 866 192 613 176 577 213 701 18,6%

Growth, % - 13% -14% 141% 27% 29% -8% -8% 21% -

sheet extrusion 36 985 34 532 24 025 84 217 101 309 124 515 129 773 104 044 130 146 17%

Growth, % - -7% -30% 251% 20% 23% 4% -20% 25% -

IM 47 739 57 081 47 118 80 644 93 309 112 655 92 692 72 596 100 449 9,7%

Growth, % - 20% -17% 71% 16% 21% -18% -22% 38% -

compounding 3 642 5 624 3 745 2 680 3 055 3 613 5 670 12 632 10 148 13,7%

Growth, % - 54% -33% -28% 14% 18% 57% 123% -20% -

others 3 022 3 728 2 393 3 891 6 507 3 871 2 273 1 646 1 620 -7,5%

Growth, % - 23% -36% 63% 67% -41% -41% -28% -2% -

Total 145 797 162 270 129 972 298 171 365 488 453 520 423 022 367 494 456 064 15,3%Growth, % - 11% -20% 129% 23% 24% -7% -13% 24% -

Source: MRC





Annual Report

GPPS. General market indicators, KT

Estimated consumption

0

100

200

300

2005 2006 2007 2008 2009 2010-100

200

500

800

Growth,%Production

0

100

200

300

2005 2006 2007 2008 2009 2010-10

10

30

50

Growth,%

Imports

0

20

40

60

2002 2003 2004 2005 2006 2007 2008 2009 2010-100

0

100

200

Growth,%Exports

0

10

20

30

2002 2003 2004 2005 2006 2007 2008 2009 2010-1000

0

1000

2000

Growth,%

Source: MRC











Annual Report

GPPS suppliers, MT

№ Producer

2007 2013 2014 2010 2011 2012 2013 2014 2015 AverageGrowth,

%1 Nizhnekamskneftechem - - - 36 447 44 150 54 090 56 896 68 640 93 096 20,6%

2 Stayrovit - - - 30 720 29 303 41 812 37 201 29 265 28 826 -1,3%

3 BASF 7 274 9 742 2 551 2 282 2 685 2 688 3 693 6 259 10 939 5,2%

4 SNOS - - - 5 837 5 753 5 596 5 686 6 032 7 773 5,9%

5 Total Petrochemicals - - - - - 2 432 2 848 1 785 4 188 19,9%

6 Ineos Nova 188 3 330 47 28 22 2 516 1 847 1 483 2 242 36,4%

7 LG Chem 1 000 1 130 1 578 713 600 611 435 1 264 1 730 7,1%

8 Polimeri Europa 3 396 4 357 4 163 2 549 1 498 1 018 1 265 785 1 661 -8,6%

9 Kumho 799 374 - - 442 901 1 343 855 1 149 4,6%

10 Dow 2 092 2 778 1 136 823 2 249 6 321 6 944 2 736 973 -9,1%

11 Taita - - - - - - - 320 898 180,7%

12 Concern Stirol 2 469 1 925 1 080 240 85 70 964 220 680 -14,9%

13 Dongbu 2 446 3 973 723 1 341 375 2 095 799 - 651 -15,2%

14 Plastics Plant, Omsk - - - 3 062 5 559 3 624 1 944 1 149 215 -41,2%

15 Kaucuk - 24 - 17 122 288 131 102 108 23,9%

16 Dwory 6 28 7 7 25 683 1 - 21 17%

17 Chevron Phillips - 260 249 190 169 185 204 26 - -31,9%

18 Plastics Plant, Kazakhstan 5 271 2 266 - 560 55 - - - - -68%

19 Samsung Cheil Industries - - - 388 - - - - - -

20 Dioki - - - 68 - - - - - -

21 others 18 138 1 - 7 46 59 167 201 35,2%

- Всего 24 957 30 324 11 535 85 271 93 100 124 975 122 258 121 088 155 351 25,7%

Source: MRC





Annual Report

Foaming: PS supply analysis, т

Moving Direction

2007 2013 2014 2010 2011 2012 2013 2014 2015 AverageGrowth, %

processing 50 433 91 023 136 984 164 994 197 285 278 300 436 328 555 728 571 898 35,5%

Growth, % - 80% 50% 20% 20% 41% 57% 27% 3% -

Import 34 622 53 793 56 640 47 054 48 282 78 520 115 731 114 746 88 787 12,5%

Growth, % - 55% 5% -17% 3% 63% 47% -1% -23% -

domestic supply - - 78 200 82 525 92 943 77 748 87 974 62,9%

Growth, % - - - 16% 1 332% 6% 13% -16% 13% -

Estimated consumption 34 622 53 793 51933 41594 126 481 161 044 208 674 192 494 176 761 22,6%Growth, % - 55% 14% -14% 141% 27% 30% -8% -8% -

Imports to consumption,% 100 100 92 90 38 49 55 60 50 -8,2%

Source: MRC





Annual Report

Foaming: EPS grades rating, MT

№

Brand/Producer 2007 2013 2014 2010 2011 2012 2013 2014 2015 AverageGrowth,

%1 PSV-SV-NM-RO/Angarsk Polymers Plant - - - 12 351 10 971 12 407 9 689 12 220 10 424 -3,3%

2 PSV-S/Plastik, Uzlovaya - 4 707 5 460 5 427 6 367 7 197 7 060 8 878 9 701 10,9%

3 F-SA/Loyal 1 923 1 598 2 040 503 4 276 11 510 10 819 7 768 9 370 21,9%

4 ZKF-301/Wuxi - - 405 1 763 1 102 5 574 4 703 2 754 7 739 63,5%

5 SE-1600/Shinho 5 997 8 577 8 315 2 365 7 011 5 541 6 905 5 881 7 424 2,7%

6 R120/LG Chem - 158 2 875 2 074 990 774 3 524 4 616 6 181 68,9%

7 F-MS/Loyal 1 615 2 754 2 465 1 309 9 155 18 083 18 317 5 506 5 393 16,3%

8 Taitacell EPS-321/Taita 96 214 - 156 3 706 4 407 2 704 3 207 4 237 60,5%

9 R160/LG Chem - 66 33 68 3 917 2 277 1 042 2 138 3 174 73,9%

10 ZKF-302/Wuxi - - 136 1 741 1 460 3 400 1 352 4 000 2 852 66,1%

11 Styropor KF262M/BASF 2 619 3 261 2 219 2 851 3 616 3 760 2 912 676 2 655 0,2%

12 C-104/Jiangsu Sunchem - - - - - - - 799 2 578 222,7%

13 F-251/Dongbu 182 112 256 1 200 3 280 3 664 1 792 - 2 416 38,2%

14 Styropor KF362M/BASF 517 2 328 1 949 3 863 5 456 4 041 2 956 1 497 1 984 18,3%

15 C-103/Jiangsu Sunchem - - - - - - - 289 1 869 546,5%

16 SF-200H/Samsung Cheil Industries 168 - 776 304 784 943 448 336 1 744 34%

17 K910/Styrochem 143 54 273 66 46 308 1 958 1 342 1 712 36,4%

18 Styropor KF162M/BASF 1 284 2 383 1 572 3 620 1 952 1 488 1 696 1 141 1 674 3,4%

19 F301/Jiangsu Litian New Material - - - - - - - 340 1 649 385%

20 F-SB/Loyal 1 003 2 482 935 118 476 2 032 6 822 5 100 1 626 6,2%

21 others 34 598 22 655 22 806 38 357 41 480 43 064 40 315 38 926 34 878 0,1%

- Всего 50 144 51 348 52 515 78 135 106 045 130 470 125 012 107 414 121 279 11,7%

Source: MRC





Annual Report

Foaming: TOP-20 converters in terms of investments into equipment. Cost of production line, USD thous.

№

Converter 2007 2013 2014 2010 2011 2012 2013 2014 2015 Всего Share

1 Завод Точлит - - - - - - - - 509 509 0,3%

2 Европласт ОАО - - - - - - - 342 156 498 0,3%

3 Интехстрой 63 21 32 16 - - - - 26 158 0,1%

4 Мартин 11 87 646 31 179 4 - - - 957 0,5%

5 Пеноплэкс, группа 1 429 26 - 827 8 624 3 521 12 789 6 606 - 33 822 17,0%

6 Полистирол, группа 168 - - 83 621 329 551 764 - 2 516 1,3%

7 Кнауф, группа - 88 337 432 - 127 1 273 - - 2 257 1,1%

8 Радиоимпорт-Р, группа - 4 - 344 22 41 - - - 411 0,2%

9 Дау Кемикал, группа 85 - - - 8 029 8 403 - - - 16 517 8,3%

10 Мосстрой-31 - - - - 961 386 2 886 - - 4 234 2,1%

11 Лагом, группа - 7 1 463 - - - - 515 - 1 985 1,0%

12 Завод холодильников Стинол - 594 - - 172 150 - - - 916 0,5%

13 Технониколь, группа - - - - - - 9 199 32 302 - 41 500 20,9%

14 Видеофон - - - 37 2 - - - - 39 0,0%

15 Завод композиционных материалов и пластасс - 316 108 - - - - - - 424 0,2%

16 Тпг Солид - - - 206 - 611 - - - 817 0,4%

17 Кубаньстройполимер - - - 230 317 - - - - 547 0,3%

18 Мирэ Тек - - - - - 332 369 - - 701 0,4%

19 Завод экструзионных материалов Экстрол - - - - - 269 530 - - 799 0,4%

20 НПО Полимер - 204 - 740 - - - - - 944 0,5%

21 others 1 757 2 775 4 406 2 858 2 004 6 724 25 120 40 668 1 525 87 838 44,3%

- Всего 3 513 4 123 6 991 5 803 20 931 20 897 52 717 81 197 2 217 198 389 100,0%

Source: MRC





Annual Report

Foaming: TOP-20 equipment suppliers. Number of complete lines

Equipment producer

2007 2013 2014 2010 2011 2012 2013 2014 2015 Всего Share

IDE - - - 1 - 6 - - 2 9 2,9%

Kurtz 3 9 6 3 11 7 15 - 1 55 18,0%

Sunghoontech - - - - - - 1 4 1 6 2,0%

Fangyuan Plastics Machinery - - - - - 1 6 - 1 8 2,6%

Emar - - - - - - - - 1 1 0,3%

Deyili - - - - - - - - 1 1 0,3%

Erlenbach Maschinen - 1 1 2 2 5 7 - - 18 5,9%

Styropex 1 5 5 1 4 4 5 - - 25 8,2%

ABM Formtec 2 1 - - 3 3 1 - - 10 3,3%

Hirsch Maschinenbau 3 2 - 1 3 5 - - - 14 4,6%

Forma - 3 2 3 7 4 - - - 19 6,2%

IMG Plastec - - 1 1 2 2 - - - 6 2,0%

Han Kook System 1 1 - - - - - - - 2 0,7%

BM Biraghi 1 - - - 2 - - - - 3 1,0%

Tria - - - - 1 - - - - 1 0,3%

Jin Sung Machinery - 1 - - 1 - - - - 2 0,7%

PolymerMash - - - - - 2 - - - 2 0,7%

Krauss Maffei - - - - - - - - - - 0,0%

Shanghai Jwell Machinery - - - 1 - 5 - - - 6 2,0%

OMC - - - - - 1 - - - 1 0,3%

others 24 16 12 11 13 24 12 2 3 117 38,2%

Всего 35 39 27 24 49 69 47 6 10 306 100,0%

Source: MRC





Annual Report

PS production by producers in the previous year, MT

№

Producer Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Share

1 Nizhnekamskneftechem 10 645 11 876 16 199 12 095 16 129 14 347 10 176 11 072 10 637 13 046 15 515 15 231 156 968 61,4%

2 Stayrovit 63 2 031 3 779 2 491 250 3 701 3 817 3 283 3 260 3 328 3 468 2 390 31 861 12,5%

3 SNOS 1 552 1 505 2 504 2 086 1 497 1 933 2 627 2 282 2 650 2 700 2 250 2 700 26 286 10,3%

4 Plastik, Uzlovaya 904 1 198 1 896 825 617 904 1 010 1 571 1 469 1 970 1 980 2 010 16 354 6,4%

5 Angarsk Polymers Plant 824 861 1 215 1 375 1 429 900 1 402 1 395 735 1 474 1 536 1 231 14 377 5,6%

6 Plastics Plant, Omsk 561 989 1 463 1 619 720 1 099 811 743 483 531 285 320 9 624 3,8%

- Всего 14 549 18 460 27 056 20 491 20 642 22 884 19 843 20 346 19 234 23 049 25 034 23 882 255 470 100,0%

Source: MRC




Annual Report


PS converters rating

# Converter

Total Share

1 Комус-упаковка 90 8,0%2 Монолит, Трубчевск 85 7,6%3 Технониколь, группа 64 5,7%4 Дау Кемикал, группа 38 3,4%5 Урса, группа 30 2,7%6 Кровтех 30 2,6%7 Самсунг Электроникс Рус Калуга 25 2,2%8 Бытпласт 22 2,0%9 Мосстрой-31 19 1,7%10 Вимм Билль Данн, группа 19 1,7%11 Свердловский Завод Трансформаторов Тока 17 1,5%12 Борисоглебский Котельно-Механический Завод 16 1,4%13 Полипак, Ставропольский край 15 1,3%14 Монди Сыктывкарский ЛПК 14 1,3%15 АвтоВАЗ 14 1,3%16 Пеноплэкс, группа 14 1,2%17 Пкф Бетар 13 1,1%18 Ямалтрансстрой 12 1,1%19 Орский з-д холодильников 12 1,0%20 Альфа-Пласт 11 1,0%21 Стамм 11 0,9%22 Курган Монета Монолит 10 0,9%23 Лада Лист, группа 10 0,9%24 Русформпласт 10 0,9%25 З-д упаковочных материалов 9 0,8%26 Завод холодильников Бирюса 9 0,8%27 АП Пластик 8 0,7%28 Полиэр 8 0,7%29 Сосновскагропромтехника 8 0,7%30 Гебау Кюнстстофф 8 0,7%31 LG Рус, группа 7 0,6%32 Завод холодильников Стинол 7 0,6%33 Нелидовский з-д пластических масс 7 0,6%34 Хухтамаки, группа 6 0,5%35 Грайнер, группа 6 0,5%36 Nizhnekamskneftechem, группа 6 0,5%37 Автофрамос 6 0,5%38 Мега-Пласт, Москва 5 0,5%39 Саранский механический завод 5 0,5%40 НИО Сибур-Томскнефтехим 5 0,5%41 Видеофон 5 0,5%42 Алькор Магнитогорск, группа 5 0,5%43 Сибирь-Стирол 5 0,4%44 Нордения Славника, группа 5 0,4%45 Позис 4 0,4%46 Хенкель, группа 4 0,4%47 Орифлэйм Продактс 4 0,4%48 Монокристалл 4 0,4%49 МЗЖБК 4 0,4%50 Sedon, группа 4 0,4%51 others 370 32,9%- Всего 1 125 100,0%

Source: MRC




Annual Report


BASF

PS dmestic supply by types, MT

№

Type 2007 2013 2014 2010 2011 2012 2013 2014 2015 AAGRby 5

years,%

AAGRby 2

years,%

1 EPS 4 869 8 536 11 295 7 961 13 710 15 792 17 932 13 264 10 503 6% -23%

2 HIPS 6 154 9 990 16 975 10 853 8 741 9 729 11 415 10 445 8 463 -5% -14%

3 GPPS 3 577 7 274 9 742 2 551 2 282 2 685 2 688 3 693 6 259 20% 53%

4 ABS 40 797 329 513 1 249 3 581 6 212 5 074 3 920 50% -21%

5 SAN 200 312 296 228 129 1 223 2 647 3 302 2 313 59% -7%

6 SBS 261 164 428 491 393 1 579 1 386 1 295 1 149 19% -9%

7 others 1 411 1 484 694 792 1 010 1 078 648 805 507 -9% -12%

- Total 16 512 28 558 39 758 23 388 27 514 35 668 42 928 37 878 33 114 7% -12%

PS dmestic supply by technologies, MT

№ Technology

2001 2002 2003 2004 2010 2006 2007 2013 2014 AAGR,5 лет,

%

AAGR,2 года,

%1 sheet extrusion 2 544 8 373 12 352 4 655 4 129 4 680 4 883 7 622 12 132 21% 58%

2 foaming 6 392 10 662 14 097 7 961 13 710 15 792 17 953 13 759 10 503 6% -24%

3 IM 6 285 8 219 12 721 9 781 8 566 13 736 19 426 15 632 9 924 0% -29%

4 compounding 248 659 588 784 984 1 051 545 771 325 -16% -23%

5 others 1 043 644 1 206 126 408 121 94 230 2% 38%

- Total 16 512 28 558 39 758 23 388 27 514 35 668 42 928 37 878 33 114 7% -12%

PS dmestic supply by grades, MT

№ Brand

2001 2002 2003 2004 2010 2006 2007 2013 2014 AAGR,5 лет,

%

AAGR,2 года,

%1 Styropor F315 1 050 42 21 168 357 - 2 080 1 375 3 003 78% 20%

2 Polystyrol 168 N - - - - - - 248 - 2 772 - 235%

3 Escrimo - - - - - - 1 955 3 823 2 475 - 13%

4 Terluran SP-6 - - - - - - 679 1 363 2 320 - 85%

5 Polystyrol 143E 642 1 799 2 909 1 427 1 287 1 127 809 1 877 2 310 10% 69%

6 Polystyrol 485I - - - - - - - 545 2 078 - -

7 others 14 820 26 717 36 828 21 792 25 870 34 541 37 157 28 897 18 157 -4% -30%

- Total 16 512 28 558 39 758 23 388 27 514 35 668 42 928 37 878 33 114 7% -12%

Source: MRC



39 Ежегодный обзор

Ежегодный обзор

Common informationNew ReportsWe are happy to present a new Annual Report, which, as we believe, is unique in the world practice. We spent nearly fouryears to develop a new format of our Annual Reports. We did our best to cut down the text part of the Report to save yourtime, and to present the most important considerations (bullets) generated independently by our analysts.We have begun to use hyperlinks that allow you to “travel” through the Report not being afraid of getting lost somewhere in thegreat number of data and figures.You could find the video comments of top experts in polymers market inside of Report.

How our reports differ from othersYou probably have already got used to our Annual reports, and you remember that they differ from similar products in themost comprehensive coverage of data. However, for the recent two years we have been observing an increasing pressure onthe part of “analysts” who have been spreading data on the CIS polymers market being fully confident that, having offeredgeneral figures out of customs databases, they would get a comprehensive analysis of the market.To waive any questions as to the quality of our data, MRC’s specialists developed conceptually new annual analytical reports,which, as we believe, are unique in the world practice. We have been working hardly for four years to create a brand-newformat of annual reports. The slogan of our new annual reports is “As detailed as it can be”. The point is that this is probably forthe first time in the world practice when a polymer market of a single country is described so minutely.

Information system used to prepare our ReportsToday, we use about 120 directories that, for example, include:- 26 polymers processing technologies and associated products- 66 processing sectors of polymers and associated products- 240 types of finished goods made of polymers- 4025 grades of polymers (8 analysis aspects)- 165 producers of polymers (5 analysis aspects)- 2560 brands of equipment (analysis by 6 parameters, including output capacity of each line), operated by domesticconverters since 2000;- 450 world equipment manufacturers, whose equipment has been used by domestic converters since 2000;- all postal codes in the Russian Federation (to define postal addresses of each company in our Report);- financial and production figures by nearly 20 thousand companies (converters, traders and other firms),working in the CIS polymers market, by more than 20 activity categories (see also PlastGuide Project).

Data Analysis draws up reports automaticallyToday, absolutely all diagrams and tables in our annual reports are being made automatically. Each analyst of MRC uses thesoftware product “MRC: Data Analysis”, which helps draw up data for an annual report within a few minutes. The software hasbeen developed by the team of MRC’s specialists under the general direction of Professor Basmanov E.A., Doctor ofEngineering Science.Today, Data Analysis includes uniform processing of all fragmented data, which are used to understand operations of eachconverter in every single market of polymers. Generally, before presenting our conclusions in the annual report, our analystsdo a lot of work in the course of the year and, nearly every day, they process the following data:- production of polymers by each polymer grade of each domestic producer;- production of finished goods made of polymers by each producer, as well as by type of finished goods, sector and processingtechnology;- import of finished goods made of polymers by each foreign producer, each type of finished goods, sector and processingtechnology;- export of finished goods made of polymers by each exporter, each domestic converter, by each type of finished goods, sectorand processing technology;- import of polymers by each foreign producer, each domestic trader, converter, processing technology, processing sector,type of finished goods, type and grade of polymer;- export of polymers by each domestic producer, domestic trader, polymer type, and polymer grade;- carriage by rail by each domestic producer, domestic trader, converter, type of polymer, grade of polymer, processingtechnology, processing sector and type of finished goods;- import of equipment to produce finished polymer goods by each brand of equipment, each equipment producer, domesticconverter, processing technology, processing sector and (if possible) each type of finished goods;- ownership of each converter to determine associated companies; if needed, to regard a converter as a group of companies;- financial indicators, of both an individual converter and his affiliated structures;- operations with key suppliers of raw materials and supplies.

About usMarket Report Company was founded in 2003.Our purpose is giving the most professionalinformation on petrochemical markets of Russia,CIS and East European countries.Today MRC prepares regular market reports onmarkets of polyethylene, polypropylene, PVC andpolystyrene. In addition, our analysts possessinformation about markets of additives, films,pipes, window shapes and auto components.

Our clientsTop-50 world’s petrochemical companies trust us,the summary sales volume of which exceedsRussian GDP’s level in more than twice.For instance, our clients are: Anwil, Akzo Nobel,Arkema, LyondellBasell, BASF, B&B,Chemopetrol, Ciba, Clariant, Commerzbank, Dow,DuPont, ExxonMobil, LG Chem, Mitsubishi, Mitsui,Milliken, Nexant, Itochu, NKNH, Nubiola, PolimeriEuropa, R&H, Samsung, Solvay, Shin-Etsu, TotalPetrochemical, TVK, Huhtamaki, Lucoil-Neftehim,Sibur, Sayanskhimplast, Plastkard, BashHim,Kazanorgsintez, Tatneft and others.

ReportsToday MRC publicizes about 1500 reports duringa year. Our products portfolio includes:· Annual reports;· Weekly price reports;· Monthly reports;· DataScope;· ScanPlast;· PlastGuide;· Prices forecast;· Top-50;· Special projects.

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