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July 2016, Vol.9, No.3

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President of FAMSUN Present at the National Conference on Science and Technology

Latest High-Performance Elevator by FAMSUN Research InstituteThe Agribusiness Capital

Market behind the Intensive Development

of the Feed Industry

2 MY View Vol.9, No.3 Integrated Solution Provider 3

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CONTENTS

Industry NewsAnimal Feed Additives Market to Hit $27.9 Billion by 2021Probiotics, Organic Trace Minerals Markets Expected to GrowUSDA Forecasts of World Agricultural Production for 2016/17

FAMSUN NewsFacts and Figures Speak Louder Than Words——FAMSUN High-End Aquafeed Processing Technology Seminar 2016 Held

President of FAMSUN Present at the National Conference on Science and TechnologyInnovation and Intelligence Lead the Future——Latest Products Meet the Audience at VIV China 2016

Focus on ChinaThe Agribusiness Capital Market behind the Intensive Development of the Feed Industry

TechnologyOn-Site Treatment of the Feed Mixing UniformitySmall Pellet Extrusion Technology and Its Application

Project Top One Smart Aquafeed Project in VenezuelaProvita Project: The Auto-Control Solution in Bangladesh

Stories and ServicesFAMSUN Expert Rob

SpecialFAMSUN’s Gear Pellet Mill Debuts at Eurotier 2016 Hannover

Product UpdateFAMSUN Twin-Screw Extruders Operational in HaidLatest High-Performance Elevator by FAMSUN Research InstituteThe Application of the FAMSUN PTZL Series Vacuum Coater

copyright 2016 Muyang . All rights reserved.

News

Industry News

According to a new report, “World Animal Feed Additives

Market Opportunities and Forecast, 2014-2021” from Allied

Market Research, the world animal feed additives market

was evaluated at $18.0 billion in 2014 and is estimated

to garner $27.9 billion by 2021, registering a CAGR of 6.5

percent over the forecast period 2015-21. Increasing global

meat consumption, industrialization of meat products, and

growing awareness of quality of dairy and meat products

consumed are boosting the feed additives market’s

growth. Increasing raw material costs may restrict the

market growth as the majority of additives such as feed

acids, antioxidants and vitamins are extracted from natural

sources encompassing seeds, tree barks, leaves, etc.

The world animal feed additives market is segmented based

on types, livestock and geography. The type segment is

further bifurcated into amino acids, feed enzymes, vitamins,

minerals, feed acidifiers, antioxidants and binders. The

demand for amino acids is increasing owing to its extensive

application in feed additives.

Based on livestock, the market is segmented into swine,

poultry, cattle, aquatic animals and others. In 2014,

poultry emerged as a leading livestock segment for the

consumption of feed additives, followed by swine and

cattle owing to the growing demand for poultry meat,

consumer taste preferences and rising disposable incomes

in developing economies, mainly in China and India.

Animal Feed Additives Market to Hit $27.9 Billion by 2021

Geographically, the world animal feed additives market is segmented into

North America, Europe, Asia-Pacific and LAMEA. Asia-Pacific would provide

lucrative growth opportunities until 2021, owing to considerable increase

in feed production and rising awareness among the consumers regarding

the quality of meat, dairy and related products in China and India.

Animal nutrition chemicals market

A new report from Allied Market Research, “World Animal Nutrition

Chemicals Market - Opportunities and Forecasts, 2014-2022” says the

growth of the market has been driven by the factors such as increasing

investment by the wide range of manufacturers along the entire value

chain, growing consumer demand for performance and concerns about

environment for a sustainable future. Moreover, increased demand for

healthy and safe pet food and increased awareness of the people who

own pets, about the health of their pets has also contributed to the growth

of the market. The major limiting factor that is hampering the growth of

the market is the high price of the chemicals. Growing demand for eco-

friendly solutions and emerging bio-chemicals industry that would help to

develop bio-based chemicals are expected to create lot of opportunities

to the growth of the market.

From: Allied Market Research

$27.9bby 2021


Probiotics, Organic Trace Minerals Markets Expected to Grow

Two new reports on the global animal feed

market forecast growth in the probiotics and

organic trace minerals segments.

“Probiotics in Animal Feed Market by

Bacteria, Livestock, Form Function and by

Region - Global Forecast to 2021” from

Markets and Markets, shows the global

animal feed probiotics market is projected to

reach $4.71 billion by 2021, at a CAGR of 7.7

percent from 2016 to 2021.

The demand for probiotics used in feed

for animal health and nutrition has been

contributing to the growth in the market.

Rapidly increasing demand for quality

animal products is anticipated to drive the

market of probiotics in animal feed during

the projection period.

The Lactobacilli bacteria segment accounted

for the largest share and was followed by

theBifidobacteria segment in 2015. The

growth of Lactobacilli segment was mainly

due to its wide availability and wide range of

applications in animal health and nutrition.

All applications considered for the probiotics

in animal feed products are those that are

commercially available and traded. In the

same year, Asia-Pacific accounted for the

largest share in the bacteria segment. Europe

contributed the second-largest share.

The growth of probiotics in animal feed

market is directly linked to the increasing

demand for qual i t y animal produc ts.

Probiotics-based feed additives play a

critical role in providing balanced nutrition

to livestock, as well as improving feed

digestibility, so as to reduce the overall feed

requirements, thus saving costs. Asia-Pacific

was the largest market for probiotics in

animal feed and accounted for the maximum

share in 2015.

Pr o b i o t i c s h ave t r e m e n d o u s m a r k e t

opportunities in the animal feed industry

around the world. The Asia-Pacific animal

feed sector is significantly influenced by the

preference for natural and nutritional food

for animals. The demand for probiotics-based

products in animal feed is continuously

increasing in the Asia-Paci f ic region.

Increasing awareness about the health

benefits derived from probiotics is also

the prime factor driving the demand for

probiotics-based animal feed in this region.

This report includes a study of marketing

and development strategies, along with the

product portfolio of leading companies. It

includes the profiles of leading companies

such as Lallemand Inc., Koninklijke DSM N.V.,

Cargill Inc., Chr. Hansen Holding A/S and E.I.

du Pont de Nemours and Co. Other players

in this segment include Lesaffre Group,

Novozymes, Advanced BioNutrition Corp.,

Calpis Co. Ltd. and Nebraska Cultures Inc.

Organic trace minerals market

The Research and Markets report, “Global

Organic Trace Minerals for the Animal Feed

Market 2016-2020” says the global organic

trace minerals for the animal feed market is

forecast to grow at a CAGR of 7.58 percent

during the period 2016-20.

The report covers the present scenario and

the growth prospects of the global organic

trace minerals for the animal feed market for

2016-20. To calculate the market size, revenue

generated from the sales of organic trace

mineral products for animal feed market was

considered, with 2015 as the base year.

From: WATTAgNet

USDA Forecasts of World Agricultural Production for 2016/17

The August-Version of World Agricultural Production

prepared by The FAS Inter nat ional Produc t ion

Assessment Division of USDA has been released.

Russia Wheat: Estimated Production Shatters Previous

Record

Russia wheat production for 2016/17 is estimated at a

record 72.0 million metric tons (mmt), up 7.0 mmt from

last month and up 11.0 mmt from last year. The revised

estimate also surpasses the previous record of 63.7

million tons harvested in 2008. The increase is based on

official reports of record winter wheat yields in western

Russia, and high potential yields for spring

wheat in the Volga, Siberian, and Ural Districts.

The estimated harvested area is increased

slightly, from 26.0 to 26.6 million hectares

(mha), based on final sown-area data from

Rosstat, the state statistical agency. All USDA

crop production estimates for Russia exclude

estimated output from Crimea. The cumulative

bunker yield, prior to cleaning and drying, is

reported at 3.89 tons per hectare, up 15 percent

from the same date last year and 8 percent

above 2014, when final winter wheat yield

reached a record level. Winter wheat accounts

for about 70 percent of Russia’s total wheat

output.

The spring wheat crop has benefited from generally

favorable conditions throughout the growing season

with the exception of localized heat and dryness in

parts of the Volga District. According to satellite-derived

vegetative-index data (the normalized difference

vegetative index, or NDVI), the potential yield for spring

wheat is higher than last year in almost every major

production district.

Argentina Corn: Forecast Area Up Nearly 30 Percent from Last Year

USDA forecasts Argentine corn production for 2016/17 at 36.5

million metric tons, up 7 percent from last month and up 30 percent

from last year. Area is estimated at 4.5 million hectares, up 7 percent

from last month and up 29 percent from last year. Yield is forecast

at 8.11 tons per hectare. Incentives for corn production have

increased substantially from last year: the government of Argentina

has reformed export taxes, the peso devaluation has improved

export potential, and lower prices for improved seed, fertilizer, and

pesticides have improved profitability. In addition, persistent rain

curtailed wheat planting, allowing more area for corn.

Canada Rapeseed: Yields Approaching Record Levels

USDA estimates 2016/17 Canada rapeseed production at 17.6

million metric tons, up 7.3 percent from last month and up 2.3

percent from 2015/16. Area harvested is estimated at 8.0 million

hectares, unchanged last month but down slightly from 2015/16.

USDA estimates rapeseed yield at 2.2 tons per hectare, up 7.3 from

last month and up 3.7 percent from 2015/16.

July soil moisture across the western prairies continues to be

ideal with over 90 percent of rapeseed rated in good to excellent

condition in Saskatchewan and over 83 percent in Alberta

according to provincial reports. Satellite-derived data (the

normalized difference vegetation index, or NDVI) show crop vigor

higher than in 2013, a year of record yields for rapeseed.

From: Foreign Agricultural Service/USDA


On May 30, 2016, the National

C o n f e r e n c e o n S c i e n c e a n d

Technology, the Conference of

Chinese Academy of Sciences and

Chinese Academy of Engineering

and the National Congress of the

China Association for Science and

Technology took place in the Great

Hall of the People, Beijing, China.As

the only representative from the agricultural and animal husbandry processing

equipment industry, Mr. Fan Tianming, President of FAMSUN was invited to

attend the event.

The grand event that conflated the four important conferences stressed the

importance that the Chinese government attaches to reform and opening-up,

the transformation of the economic development and the building of a well-

off society. It was in 1978 when Deng Xiaoping, the architect of modern China

brought forth the idea that science and technology are productive forces that

the event was first held.

Both Chairman Xi Jinping and Premier Li Keqiang made important remarks

at the event. According to Premier Li, innovation is of immense significance

to national destiny and it is in line with Chairman Xi’s instructions to realize

the objective of becoming an innovative power and a leading science and

technology country. To make the best use of scientific innovation, Premier

Li called for more investment in fundamental research, overcoming the

bottlenecks of industrializing application research and the promotion of

coordination innovation.

All the enterprise representatives were of the opinion that the innovative ability

of China’s enterprises influence to a significant extent the economic outlook of

the country. For its part, FAMSUN in its past 50 years of development has been

committed to the objective of becoming a global machinery manufacturer and

service provider with leading-edge technology. FAMSUN aims to accomplish

the transformation into a research-centered tech company.

When it comes to the R&D of new products, FAMSUN makes a point of investing

no less than 5% of its principal business revenue into R&D and shaping a R&D

pattern featuring the characteristic of “FAMSUN products with global design”

based on the advantages of its platform that combines Asia, Europe and

America. FAMSUN plans to establish an extruder research institute in the United

States.

On September 28, 2016, the FAMSUN High-

End Aquafeed Processing Technology

Seminar 2016 was held in Yancheng, Jiangsu

Province. The seminar which attracted

the par t ic ipat ion of aquat ic produc t

manufacturers in the domestic market

and the press was composed of two parts:

the technology sharing in the morning of

September 28 and the observation tour

and field testing at the feed plant of Jinlu

Aquafeed Co., Ltd. in the afternoon.

Mr. Liu Chunhai, president of domestic

m a r k e t i n g o f FA M S U N e x t e n d e d h i s

appreciation for the platform offered by

Jinlu Feed Co., Ltd. which is based in Dafeng

District, Yancheng of Jiangsu Province and

encouraged the attendees to experience

the advantages the high-end processing

equipment of aquafeed has in the actual

production and operation. Mr. Liu also

called on the domestic manufactures to

collaborate in the research and innovation

of the aquafeed processing technology,

furthering the positive development of

China’s aquaculture feed industry.

During the seminar section, Ma Liang, an

expert from FAMSUN Research Institute

made a presentation on FAMSUN’s extrusion

technology of aquatic products and its

application, exploring into the solutions to

the common issues in aquafeed production.

He then elaborated on the ex trusion

production of FAMSUN’s latest low-starch,

high-fat and high-protein formula. Mr. Ma

President of FAMSUN Present at the National Conference

on Science and Technology

Guests of FAMSUN High-End Aquafeed Processing Technology Seminar

The technical expert of FAMSUN sharing with the attendees at the seminar

Attendees acquainting themselves with the automatic packaging system, extruders and the dryers

Facts and Figures Speak Louder Than Words

——FAMSUN High-End Aquafeed Processing Technology Seminar 2016 Held

FAMSUN News

In the collaboration with the industry,

universities and research organizations,

FAMSUN plans to build a channel that

f a c i l i t a t e s t h e t r a n s f o r m a t i o n f r o m

technology to product relying on the

enterprise technological center recognized

by the state, the research base of feed

machinery of the National Feed Engineering

Technology Center and the deepened

cooperation with research organizations and

universities and colleges.

As noted by Premier Li , technological

innovation should be stimulated by system

and mechanism reforms. FAMSUN devotes

itself to brand transition while referring to

product lifecycle management in its main

business and promoting lean manufacturing

and ensuring the high quality of its products

by improving productive technology and

staff quality.

In response to the strategic objective of

“Made in China 2025” and “Industry 4.0” and

based on its mission to create values for

customers, FAMSUN will continue to advance

the standardization and modularization

of feed machinery/projects and storage

projects and the improvement of system

efficiency and systematic competence. In

2016, FAMSUN builds its first smart feed

plant to serve as an example on its way to

usher in the era of intelligent manufacturing.

In addition, efforts will also be made to

innovate FAMSUN’s management model

from the cost control to process optimization,

which translates to positive growth under

the struggling market conditions.

concluded his presentation by sharing

a practical case of the production of the

sinking aquafeed. Next speaker at the

seminar was Zhou Wenming, Senior Engineer

with the Intelligent Machinery Branch of

FAMSUN who shared a speech on full-

automatic packaging technology and its

application, informing the audience of the

strength and values of FAMSUN’s automatic

packaging systems. Mr. Zhou was followed

by Dr. Zhang Pengfei, another expert from

FAMSUN Research Institute who explained

the key indicators of FAMSUN dryers— the

uniformity of moisture and steam in terms

of the design of the partition and ventilation

of the dryers in his presentation titled “The

Research in the Latest Drying Technology

and Its Application”.

In the afternoon of September 28, the

observation groups visited Dafeng Jinlu Feed

Co., Ltd, observing the automatic packaging

system, extrusion workshop and drying

workshop supported by FAMSUN.

As a part of the observation tour, visiting

guests witnessed the performance tests of

the SJP150x2 twin-screw extruder and the

MJ Dryer.


The 2016 edition of VIV China kicked off at the China

International Exhibition Center on September 6,，

2016. Brought to the attention of the international

attendees were FAMSUN’s latest smart automatic

feed and farming equipment along with the

blockbuster product launched by the American

Research Institute—the K50 Pellet Mill.

FAMSUN has been committed to the expansion and

intelligentification of feed machinery as to improve

efficiency of its customers and lower the TCO of their

feed plants from building to the later operation.

For the grand occasion, FAMSUN showcased its

integrated intelligent solutions as well as many of

its products, such as the K50 Gear Pellet Mill, the

150x2 Extruder,the energy recovery systems for feed

plants, the new coater for livestock feed, the press

roll automatic adjusting system for pellet mills, the

eight-storeyed battery cages for laying hens and

battery cages for broilers.

On the morning of September 6, the new-product

event for K50 was held at FAMSUN’s booth

where an audience of international visitors and

journalists gathered for the release of the new

product. The K50 Gear Pellet Mill which adopts

a ring press roll automatic adjusting system can

meet the requirement of high output and low

power consumption in the pelleting section while

delivering a convenient and efficient experience

during its performance and maintenance for the

client.

Innovation and Intelligence Lead the Future——Latest Products Meet the Audience at VIV China 2016

In response to challenges in environmental protection and climate

change, the lineup of FAMSUN’s products also features its power

recovery system for feed plants. Based on the recycling of the energy

in a feed plant, the system reuses the power from the cooler, dryer,

the extruder,etc. and applies the power after treatment to the power

consuming dryer. The energy recovery system not only lowers the

temperature in the workshop, improves the operating environment

of the workers but also reduces the gas emission of the plant, thus

cutting the costs of the energy utilization.

The booth of FAMSUN

The latest blockbuster by the American Research Institute—the K50 Gear Pellet Mill

Invited guests to witness the release of the K50 Gear Pellet Mill

Visitors at FAMSUN booth


FAMSUN Twin-Screw Extruders Operational in Haid

From late spring to early summer, a group of FAMSUN extruders were

successfully put to operation in succession in the branch companies

of Haid Group. In March, Tianmen Haid Feed Co., Ltd. introduced the

dedicated sinking feed extruder unit newly launched by FAMSUN

for the production of crab feed. In April, the twin-screw extruder unit

was installed in Tianjin Haid for the production of floating freshwater

fish feed.The machinery was operational in May.In May, Zhuhai Hai

successfully commissioned three(set)SJPS150×2 twin-screw extruder

unit in a row for the production of low-starch micropterus salmonides

feed and some marine floating feed for fish, such as Channa argus and

bass.

2. The dedicated sinking feed extruder unit in Tianmen Haid for sinking feed production The extruder unit was commissioned on May 8th, and

the first batch of feed was yielded on the same day. The

commissioning of the equipment was complete in the

first week along with the training of the operating staff

who could switch on the machine on their own after

training.

3. The floating feed twin-screw extruder unit for marine fish in Zhuhai HaidBack in June, 2015, Zhuhai Haid tried the SJPS150×2 twin-screw extruder for the feed production of Channa argus, bass and micropterus

salmonides and the results turned out to be quite positive. For starters, the appearance, density and powder percentage of the particles were

enhanced significantly. Besides, the formula of high protein, fat and low starch for micropterus salmonides showed breakthrough on the twin-

screw extruder, which has been proved by positive market feedback.

In 2016, three more SJPS150×2 twin-screw extruders were added and the commissioning was complete in May.

Product Update

1

2

3

4

5

6

Data

Crab feed

φ4.0mm

4.8~5t/h

290-310A

100%

740-760g/l

Notes

Output data of consecutive production

Bulk density of finished products

Item

Formula No.

Template standard

Production capacity

Current of main motor

Sink-rate

Particle density

Table 1 parameters of the dedicated extruder for sinking feed production in Tianmen Haid

1

2

3

4

5

6

7

Data

Floating feed

φ3.0mm

5.3t/h

270A

75.1%

1.7

100%

Notes

Low load factor

Item

Formula No.

Template standard

Production capacity

Current of main motor

Load factor of main motor

Extrusion Coefficient of finished products

Floating rate

Table 2 parameters of the floating feed extruder in Tianjin Haid

Note: The machine ran in low load factor during commissioning because of the existing issues in the technological process.

Picture 4 the extruded feed for micropterus salmonides is 100% floating and elastic

Picture 2 result of the sink-rate test of crab feed after ten-day storage:

sink-rate 100%

Picture 3 the φ3.0mm floating feed of Tianjin Haid

Picture 1 SJPS150×2 twin-screw extruder

Picture 5 the extrusion workshop with four SJS150×2 low-starch twin-screw extruders under the roof

1. The dedicated sinking feed extruder unit in Tianmen HaidAfter trying extruding equipment from other manufacturers, Haid Group conducted on-site trials on FAMSUN’s newly launched

SJPS120×2 dedicated sinking feed extruders. The production director from Haid who has years’ experience in aquafeed production

was satisfied with the yield on site by FAMSUN’s SJPS120×2 extruder.“This is the kind of crab feed we really want!”

The dedicated sinking feed extruder unit in Tianmen Haid was commissioned in March, 2016. And in May,the research institute of

FAMSUN arranged a visit to Tianmen Haid by a manager from the sinking feed program. The dedicated sinking feed extruder unit in

Tianmen Haid saw a total of over 4,000 tons of crab feed in two consecutive months. Recently the average daily output of the extruder

unit was around 100 tons. And the high heat-extrusion treatment configuration of the extruder unit meets the requirement of the

crab feed for high water durability， and the gelatinization of the extruded pellets which are of a dark color and easily digested after

ingestion is higher than that of other products on the market. See Table 1 for the production parameters on site:


Latest High-Performance Elevator by FAMSUN Research Institute

Background

With the intensifying competitions in the feed industry, it is imperative that new effective equipment based on high performance

be developed to win over customers. As an essential component, the bucket elevator is widely used in feed plants and it is of great

significance to improve its performance to cut costs.

With the support of American Research Institute, FAMSUN now comes up with an updated version of elevator.

Advantages

1. Output doubled

Compared with the former version, and quipped with its new bucket the filling efficiency of which is greatly improved, the new elevator

now boasts higher output and easier cross-level replacement, significantly benefiting processing set-up. The equipment which is much

smaller and lighter with less supporting materials can thus create more values for our customers. Check out the following table for the

types of the elevator and their coefficients:

2. Lower power consumption

Power consumption of the new elevator is significantly reduced by slowing the hoisting speed and reducing the amount of recycled

material. Compared with the old machine, the new elevator has a smaller motor equipped:

Lower linear velocity is also good for the reduction of the amount of the broken material, eventually improving the quality of the product. Besides,

in the case of powder material, lower linear velocity can also decrease the impact of airflow in the unloading process, bringing the rate of recycled

material from 10%-20% of the old machine to the current level below 5%, ensuring the yield of the equipment while saving power and lowering

the operation costs for the customer.

3. The service life of the bucket more than tripled

The existing buckets in use have a service life of about two years, but the service life of the new buckets, with their enhanced strength and

abrasion resistance, can last from five to ten years:

Satisfactory service life means less downtime for maintenance, thus cutting maintenance and repair costs. More importantly, enhanced reliability

of the machine assures the customer. In addition, lower linear velocity also helps with reducing the wear and tear of the machine so that the

service life of the components of the machine can last longer.

Jiang Mingming

Type

T300

T360

T400

T500

Maximum output（t/h）Diameter of the main wheel(mm)

300

360

400

500

pellets

30

45

65

103

powder

18

26

40

62

Note: The output of the pelleted materials was calculated with a volume weight of 0.75t/m³, corn pellets for example; the output of the

powder was calculated with a volume weight of 0.45t/m³.

Workload

Comparing item

Old elevator

New elevator

Type

TDTG60/28

T500

Power

22kW

18.5kW

Linear velocity

3.1m/s

2.3m/s

To hoist 120m³ of corn pellets (volume weight 0.75t/m³) to a height of 40m.

Existing bucket

New bucket

Comparison of impact resistance

Structural damage ocurred after ten times of impact.

There was slight deformation at the mouth along with a minor tear.

The bucket could still be used after repair.

Comparison of abrasion resistance

Wear extent after 30 minutes was 3.9%.

Wear extent after 30 minutes was 2.3%.

Linear velocity(m/s)

1.3，1.8

1.5，2.0

1.6，2.2

1.8，2.3

Maximum hoisting height(m)

40

40

50

50

Old type of elevator replaced

TDTG40/23

TDTG40/28

TDTG50/28

TDTG60/28

Notes:1. The impact resistance test was conducted by making objects with the same weight impacting the same spot of the two buckets;

2. The abrasion resistance test was conducted by using the same wear-resistance roller to grind the mouth of the bucket for 30 minutes and then

the weight loss ratio of the buckets was calculated.

The site of the impact resistance test The site of the abrasion resistance test


Advantageous structural design

The arc of the head section was redesigned to ensure the arc is

consistent with the trajectory of the material from the bucket; the

backflow of the material decreases below 5%;

The head section is equipped with a abrasion-resistant lining plate

which significantly lengthens the service life and reduces the noise of

the operating machine;

The redesigned feeding inlet at the base fits the shape of the

bucket,improving the filling efficiency by 10%-20%;

The feeding inlet is supported by an abrasion-resistant liner plate,

lengthening the service life of the device;

The enhanced squirrel-cage tail pulley is provided to reduce broken

and caked materials

The enhanced seal structure has a service life longer than the

previous versions;

Having passed the long-period test with 250-mesh stone powder,

the seal can specially deal with the rubbed, fine powder materials

The machine is equipped with a safety switch for anti-deviation,

speed measuring and temperature measuring;

The equipment is supported by a contact deviation switch and

a speed-measuring module

The thickness of the flange of the cylinder reaches up to 8mm to

prevent against deformation of the cylinder when connected;

The integrated foam silicone seal ensures reliable connection of the

cylinder and that there is no leak;

Higher cylinder provides more operation area, making it easier for

installation and routine maintenance

The self-contained explosion-proof design is the first application in

the feed industry in accord with national standards;

All the parameters were obtained via tests and Finite Element

Analysis or FEA and the results are reliable to be used for guarding

labor safety

Package configurationsPackage configurations offer the customer multiple customized configurations to choose from, safety measures that meet the requirement

of CE, low-breakage configuration parameters and structure and power solutions, to name just a few.


1. Introduction

The vacuum liquid coater is a post-coating equipment for the addition

of more liquid to meet the requirement of special aquatic feed and pet

food production. It is generally believed that a coater is needed when the

proportion of liquid to be added to the feed reaches a level more than 6%. For

common coaters, the addition of liquid ranging from 8%-10% is expected to

achieve satisfactory results.

Nowadays, the liquid added can vary among a wide spectrum because of the

flexibility of production and the diversity of the formulas. The fact calls for the

need for external coating equipment and vacuum coaters and the consequent

capitalized cost would be immense. The PTZL Series vacuum coater developed

by FAMSUN in 2014 surmounts the technical barrier by solving the issue

of uneven coating. The addition of liquid of the PTZL Series vacuum coater

can vary from high, medium and low, while it can also deliver satisfactory

coating with a minimum liquid addition around 2%. The coater can serve as a

replacement for traditional outside- roller coating.

2. Application

The PTZL Series vacuum coater which was installed and commissioned in

HuzhouHaihuang Biotechnology Co., Ltd. in July, 2015; the equipment was put

to operation the same year. ，See the picture on the right.，

With the help of the vacuum system of the machine, the oil sprayed by the

coater can infiltrate through the pellets, reducing the amount of oil floating

at the surface. In November, 2015, we invited a professional inspection

organization—National Fishery Machinery and Equipment Quality Supervision

and Inspection Center for a field inspection of our equipment. The results

showed that all the specifications of the PTZL3000 vacuum coater meet the

manufacturer’s standards. The details go as follows.

The Application of the FAMSUN PTZL Series Vacuum Coater

Dong Biao

The coater has been in stable operation for more than half a year so

far without running into malfunction, which is highly appreciated by

our client.

Recently, at the science and technology achievement appraisal

organized by Yangzhou Science and Technology Bureau, the PTZL

series vacuum coater with its superb performance, reliability and

stability, won the unanimous recognition of the experts and passed

the appraisal of the certifying commission which agreed on the fact

that the technological achievement of the product has reached an

international advanced level.

So far, Hubei Laogui Fishing Bait Co., Ltd., Guangdong Ramical and

Fujian Haima Feed Co., Ltd. have placed their orders for the coater

with quite a number of other feed companies entering negotiations.

Notes:

The configuration of the screw vacuum pump is suitable for areas where there is a shortage of water resources. Despite big initial investment, there is

little maintenance cost later on; it is imperative that the cyclone filter, dust and condensed water filters be used along with screw vacuum pump;

The water ring pump is relatively cheap to have, however, running water is needed on site and the wastewater from the pump should undergo

treatment. The water consumption of the water ring pump is about 1m3/h. The cyclone filter and the dust filter can match with the water ring pump.

PTZL2000

15KW

22 KW

11KW

30KW

PTZL3000

18.5KW

22 KW

11KW

30KW

The dust filter, condensed water filter and Cyclone filter must be configured.

The dust filter and the cyclone filter are optional.

Variable frequency reducer

Screw vacuum pump

Cooling water circulating device

water ring vacuum pump

Configuration of screw vacuum pump

Configuration of water ring vacuum pump

3. Configuration


Project

The Lamar smart aquafeed project which is composed of overall planning, steel structure, 2*1200 ton silo, feed machinery,

bungalows and supporting electric control system is designed to produce 35,000 tons of shrimp feed annually. The project is the

first smart aquatic product project and also the first complete project in Venezuela by FAMSUN.

To support the development of domestic shrimp farming, Venezuela has to import a great amount of shrimp feed from other

countries. The project supported by FAMSUN, when operational, shall help the client—Balanceados Lamar, C.A with the

integration of the R&D, production, farming and marketing of shrimp feed and increase the market presence and competitiveness

of the company.

Top One Smart Aquafeed Project in Venezuela


Provita Project: The Auto-Control Solution in Bangladesh

The provita project which is undertaken by FAMSUN is a feed production line for fish, livestock and poultry

with a production capacity of 16,000 tons each year. The project consists of overall planing, workflow

solutions, feed machinery, steel structure, automatic packing equipment, screen simulator, computer control

and so forth.

As the up-to-date production line for fish, livestock and poultry in Bangladesh, the project adopts full

computer control, replacing manual packing, handling and operating; the fish feed line is also supported by

the latest equipment in Bangladesh and cutting-edge international technological solutions. The production

line meets client’s demand for high efficiency, power conservation, safety and cleanness.


Technology

Mixing uniformity is the most important indicator of the performance of the mixer. The uniformity which can be affected by

quite a few factors is likely to be ignored, thus leading to inaccurate testing results. The failure of the mixing uniformity also

occurs during the commissioning and acceptance of new projects.

Our research institute has been devoted to the resolving of on-site testing issues. Recently, based on our successful

experience in resolving on-site problems for our clients (Liaoning and Hubei) with their premix mixers and another client

from Guangxi with their breeding chicken feed mixer, conclusions are made to further serve our clients with better products.

As we know, the current standard (GB/T 5918-2008) for the determination of mixing uniformity of feed products includes the

chloride-ion electro method and Methyl violet method. For trace mineral feed containing molysite, the GB/T10649-2008 ferric

ion determination can also be referred to. The questions remain: Can different test methods influence the mixing uniformity

results?What else could influence the mixing effect? When facing those practical engineering problems, where shall we start

to analyze and come up with solutions?

Case one: on-site test of the performance of SJHS2C Mixer at the plant of one client in Liaoning

Through the feedback of our project manager, the premix mixer exceeded uniformity limit. The client used the Methyl violet

method in accordance with the national standard (GB) to find that the CV tended to be above 10.0. Through the comparison

with the old double-shaft mixer, the client came to the conclusion that the performance of the single-shaft mixer was not as

good as that of the double-shaft mixer.

On-site analysis: when we arrived at the field, we ran a test without changing the configuration with the Methyl violet

method. The results of CV can be seen in table 1. Obviously that the CV fluctuated between 3.66(＜5）and 22.48（＞5）.

We also found the following patterns:

1. The result obtained by placing the tracer in the middle was better than

when it is placed sideways;

2. Among the ten spectrophotometry values, if some outlier was removed, the

corrected CV would decrease significantly;

3. The results from inside the mixer were better than those at the opening of

the package.

Solution: By studying the formulation of the client, we found that there was

a powder product that contained the hygroscopic absolute ethyl alcohol; the

Methyl violet method could thus be affected. With the client’s consent, we

switched to iron ion testing method and added an opening for casting the

tracer to the main pipeline (see picture 1). The result turned out positive, with

the CV being 3.1.

On-Site Treatment of the Feed Mixing UniformityGao Xiang; Li Junping; Ma Fengde

Position of the tracer

Spectrophotometry 1

Spectrophotometry 2

Spectrophotometry 3

Spectrophotometry 4

Spectrophotometry 5

Spectrophotometry 6

October 12

middle middle sideways sideways

0.770 0.693 0.511 0.513

0.621 0.746 0.445 0.575

0.650 0.726 0.422 0.474

0.645 0.736 0.657 0.528

0.642 0.749 0.584 0.453

0.629 0.744 0.582 0.566

October 13


0.536 0.502 0.511 0.513

0.627 0.458 0.445 0.575

0.534 0.433 0.422 0.474

0.532 0.670 0.657 0.528

0.529 0.512 0.584 0.453

0.523 0.399 0.582 0.566

October 14


0.536 0.513 0.447 0.542

0.627 0.557 0.407 0.507

0.534 0.457 0.382 0.497

0.532 0.538 0.435 0.532

0.529 0.452 0.423 0.631

0.523 0.464 0.517 0.492

Spectrophotometry 7

Spectrophotometry 8

Spectrophotometry 9

Spectrophotometry 10

CV

CorrectedCV

0.706 0.699 0.491 0.527

0.609 0.742 0.453 0.498

0.678 0.707 0.443 0.864

0.654 0.701 0.493 0.511

7.2 3.7 15.0 20.8

5.5

0.569 0.337 0.491 0.527

0.555 0.417 0.453 0.498

0.552 0.591 0.443 0.864

0.525 0.660 0.493 0.511

5.7 22.5 15.0 20.8

11.3 7.6

0.569 0.612 0.456 0.454

0.555 0.561 0.435 0.514

0.552 0.539 0.394 0.475

0.525 0.560 0.399 0.668

5.7 10.1 9.1 12.7

8.4 5.7 9.3

Table 1 : the results of uniformity determination by Methyl violet method Picture 1 the added opening in the main pipeline

Case two: on-site test of the performance of SJHS1B Mixer at the plant of one client in Hubei

The client complained that the uniformity of the mixer was not up to the standard and the initial judgment was that the

mixing time was inappropriate. The client hoped we could help determine the best mixing time.

The iron ion testing method and the added opening ensured an improved CV of 3.1“ “


Solution: on January 29, we made some change to the mixer: added a guide plate

at the feed inlet to make the materials flow to the center of the mixer and installed

a ventilation cap to avoid stock grading(see picture 2). After the improvement,

the CV in the mixer after 150s of mixing was 3.01（＜5）. The uniformity showed

significant improvement.

To determine the best mixing time, we tested the uniformity after 150s of mixing

and found that the CV was 5.1 which meant overmixing.

Method

Sampling position

Mixing time

Spectrophotometry 1

Spectrophotometry 2

Spectrophotometry3

Spectrophotometry 4

Spectrophotometry 5

Spectrophotometry 6

Spectrophotometry 7

Spectrophotometry 8

Spectrophotometry 9

Spectrophotometry 10

Mean

Standard deviation

CV

January 26

Iron ion method

package mouth

N/A

0.353

0.403

0.328

0.385

0.340

0.368

0.420

0.405

0.316

0.293

0.361

0.042

11.7

January 27

Methyl violet method

inside mixer

150s 150s

0.434 0.382

0.431 0.390

0.395 0.422

0.402 0.408

0.479 0.438

0.408 0.437

0.430 0.454

0.408 0.398

0.420 0.413

0.422 0.476

0.423 0.422

0.024 0.030

5.6 7.0

January 28


inside mixer

120s 180s

0.435 0.418

0.393 0.425

0.413 0.452

0.450 0.468

0.419 0.418

0.492 0.425

0.428 0.518

0.414 0.432

0.435 0.434

0.418 0.464

0.430 0.445

0.027 0.031

6.2 7.0

January 29(improved)


inside mixer

150s 180s

0.474 0.414

0.439 0.411

0.441 0.427

0.441 0.433

0.461 0.455

0.437 0.428

0.463 0.467

0.439 0.474

0.460 0.460

0.460 0.428

0.452 0.440

0.014 0.022

3.0 5.1

Table 2 : test results of uniformity of the SJHS1B Mixer

Picture 3 modified feed inlet of the SJHS4 MixerOn the left is the mixer before modification and on the right is the modified

Picture 2: on-site modification of the SJHS1B

Case 3: field test of the mixer at the plant of one client in Guangxi

The same feed formula for layers at the old plant and the new plant of the client produced varied feeding effect, making the client think that our

single-shaft mixer was not as good as the double-shaft mixer. The CV the client obtained was above 20.

Solution: the inlet at the corner is moved to the center. The CV from the field sampling test was 4.1, which met the standard.

Conclusion

1. The uniformity of the material is influenced by different test methods and inappropriate methods may come up with wrong conclusions;

2. The uniformity is also influenced by the installation process. The inlet should be as close as possible to the center, especially for the single-shaft

mixer. The inlet for the premix and the inlet for the additives should be located right in the center. The mixing section should be equipped with a

ventilation cap or connected with a return air duct to avoid stock grading;

3. Inappropriate mixing time results in unsatisfactory uniformity, which in turn leads to CVs surpassing the standard and material segregation.


Compared with wheat, the corn contains

more fiber. Even if the powder can pass the

die hole, it can get stuck at the blade of the

cutter(see picture 2), resulting in uneven cut.

Conditioning: The conditioning of small

pellets requires better conditioning. Through

the mixing effect of steam and material as

well as longer conditioning time, our tri-axial

conditioner can deliver the effect required.

Discharging mold: There is huge difference

between the discharging mold for small

pellets and mold for large pellets. Normal

production can be deeply influenced by the

mold area and the design of the hole type.

The new hole type we come up with through

quite a number of trials can effectively

reduce the blockage by fiber, thus lengthen

the duration of production.

There is always some fiber contained in the

formulas, therefore the frames of the square

plansifter should be regularly cleaned to make

sure there is no remaining fiber at the surface

of the sieve and that there is no disruption of

the continuous production of small extruded

pellets.，

Ingredients and formula: The constitution of

ingredients and formula exerts great influence

to the production of small extruded pellets.

Generally, the ingredients are better with high

starch, low fiber; ingredients containing fine

hair, fur and cotton and other ingredients that

can not be easily crushed should be avoided.

In the meantime, compared with large pellets,

small pellets need more starch(or some special

protein feedstuff ) extruded to be floating.

During the production process, the fiber

eventually ending up in the formula will block

the die hole, causing higher electric current,

higher coefficient of expansion and longer

extruded pellets that do not meet the standard

and lead to downtime. Therefore, reduction in

the fiber content of the formula can effectively

lengthen the production time of small extruded

pellets.

The choice of ingredients is of great

significance.

Ingredients free of impurities and low in fiber

content are preferred. For example, starch

flour is better than wheat in that compared

with starch flour, wheat may be mixed with

impurities such as gravel(see picture 1).Besides,

given same amount of starch, the floating

effect of flour is better than that of wheat.

Small Pellet Extrusion Technology and Its Application

Zhang Guiyang; Wu Jing; Gao Yitong

Why the small extruded pellets?

For fry rearing, the feed often takes two forms: live feed and powder lot. Take

sturgeon fry as an example, the nematode is often used, however, chances are

such live feed may lack nutrition or carry pathogenic bacteria, which in turn leads

to undernourishment, disease and lower survival rate. In addition, the longer

the fry are fed with live feed, the longer time the transition from live feed to

compound feed might take.

The powder lot can deal with the disease issue but it is still not rich in nutrition,

not to mention the amount of powder wasted during feeding and the consequent

pollution.

In the later stage, the fry feed usually takes the form of crushed hard pellets.

Production of this kind feed is convenient and cheap but bad news is that it is

high in powder percentage; there is more recycled material, poorer stability of the

hard pellets under water and the feed intake is low.

In comparison, the small extruded pellets are advantageous in terms of curing,

farming efficiency and pollution reduction.

Essentials of small extruded pellets production

Crushing: the crushing of the ingredients should by all means be done with ultra-

fine powder technology with the fineness being 100% above 80 mesh plus—

fineness should at least be 98% above 80 mesh and the maximum particle

diameter on the sieve should be no more than 0.3mm.

Usually improving the frequency of the classifier rotor to decrease the feeding

volume will do the trick.

Sieving: There are strict requirements for the production of small extruded pellets.

The mesh of the square plansifter should range 28-40; sometimes higher mesh

will be needed.

For the low-oil formulas with good fluidity, sieve frames with higher mesh are

recommended; for high-oil formulas with bad fluidity, sieve frames with lower

mesh are better.

Picture 1 impurities in the formula

Picture 2 corn stuck to the blade of the cutter

Picture 3 0.6mm pellets by the double-screw extruder

S c r e w c o n f i g u r a t i o n : g e n e r i c s c r e w

configuration can meet the requirement

of production of small extruded pellets. We

have extra dedicated screw for the extruder

that only produce small pellets.

Current application of the small extruded

pellets

If the essentials of small extruded pellets

production are met, the s ingle-screw

extruder can produce 0.8mm pellets and the

double-screw extruder 0.6mm pellets.

The production of 0.6mm pellets by the

double-screw extruder has successfully

begun in the plant of one of clients (see

picture 3) . The technological process

and prototype equipment have been

determined. In the meantime, we are looking

for more clients to conduct trials to explore

into how different formulas and ingredients

can influence the production of small pellets.


Focus on China

The Agribusiness Capital Market behind the

Intensive Development of the Feed Industry

Against the background where antibiotic-free farming and environmental

protection receive most attention, feed manufacturing companies also

have to consider the reduction of antibiotics important to humans and the

heavy metals in their pursuit for optimal nutritional formulas.

For the capital-dominated China feed industry which is in its critical

upgrading period, reduction of antibiotics and environmental protection

mean more investment and greater technological innovation. However,

there are signs showing that group management, large-scale development

and even the shift to pig farming are still the main objectives of the listed

feed companies and large agribusinesses in their intensive development.

The importance attached to factors (such as social, economic and

environmental benefits) that influence the intensive development is

nowhere near enough.

Driven by the demand for meat products and latest feed processing technology,

considerable strides have been made in China’s feed production. According to the data of

table 1(unless otherwise specified, the data in this essay does not include the data of Hong

Kong, Macao and Taiwan), from 2006-2015, the output of China’s commercial feed grew

from 111 million tons to 200 million tons; output value rose from 290.8 billion CNY to 712.6

billion CNY, up 145%. But the output and output value year on year in the decade were

subject to fluctuation with an uptick in the first five years and downturn all the way in the

other five years.

The number of feed companies decreased from 10,843 in 2010 to 6,764 in 2015(Ministry of

Agriculture Feed Industry Center, China Feed Industry Association,etc.).

According to the objectives specified in the 13th Five-Year Plan, from 2016-2020, the annual

growth for national feed output could be around 4 million tons; the total output of feed

could reach 220 million tons by 2020. The total number of feed companies with annual

production capacity of one million tons may total at 40 with total output accounting for

60% of the national total volume. While the Twelfth Five-year Plan predicted that the

number of feed companies with annual production capacity of 500,000 tons may total at

50 with total output accounting for over 50% of the national total volume. As per the data

released by China Feed Industry Association or CFIA, in 2015 there are 48 feed companies

with a yield of 500,000 tons and their output accounted for 56.5% of the national total

volume, rising 18% and 14.5% respectively when compared with 2010.

Depth adjustment of products

In the last decade, the feed industry has been affected by the growing soy bean imports,

the structure adjustment of animal farming segment and the demands of animal farms for

animal effective diets.

While the output of poultry feed takes the first place in the global feed product mix, for

China, the production of pig feed tops the list.

In 2015, China’s total domestic feed output reached 200 million tons, of which compound

feed accounted for 174 million tons, concentrated feed 19.6 million tons and premix 6.53

million tons.

After ten years of development, the share of compound feed increased from 74% in 2006

to 87% in 2015; the percentage of concentrated feed declined 12% and the share of premix

went down 1%.

Intensiveness up, more collectivized companies

Figure 1 the change of China’s commercial feed output and From: Ministry of Agriculture Feed Industry Center, China Feed Industry Association, etc.

Evan


Little incentive for intensive development

Unlike the mature capital market in developed

countries, China’s capital market has been growing

in a poor environment.

B u t t h e g o o d n e w s i s

that there are more listed

agribusinesses in China.

Among the 14 listed feed

companies(see figure 2),

there are 8 feed companies

which have reached annual

sales volume more than

one mil l ion tons in the

past three years ; there

are nine companies with

total market value more

than 10 billion CNY. But

the majority of these 14

companies are drawn into a mire of slow growth

except Haid Group and TRS Group which both

witnessed considerable growth in sales volume.

The sales volume of New Hope, CP Group, Da Bei

Nong Group and Tongwei Group all registered

year-on-year decline in 2015.

Most of the listed feed companies neither release

their annual feed production nor do they disclose

the proportions of pig, poultry and aquatic feed,

but these feed companies choose to expand into

animal farming even though their growth in feed

sales is stagnant and environmental protection is

gaining ground in China while animal farming is

bearing the brunt. The feed companies are more

willing to invest in pig farming.

According to incomplete statistics, total pig

farming projects signed or under construction

by large agribusinesses are worth a total of more

than 70 billion CNY.

In the first seven months of 2016, quite a few

agribusinesses (listed and unlisted) planned to

invest more than 30 billion CNY in pig farming.

New Hope, Wens Group, Muyuan Co., Ltd., and

COFCO can serve as examples.

In 2015, such key words as “environmental pressures”,“stepping up efforts in

developing antibiotic-free feed” stood out in the annual performance reports

of a number of listed feed companies and agribusinesses. But little is known

from their reports about the specific inputs of manpower, materials and capital.

The intensive development of the feed industry that coordinates the

improvement of economic, environmental and social benefits calls for the

capital-dominant market to transform itself into a value-driven one.

In china, the most challenging issue facing animal husbandry companies is

how to deal with the residues of antibiotics and heavy metals from the waste

of livestock and poultry after their consumption of feed in that these two

factors cause profound damage to water and soil resources, jeopardizing food

safety and thus the health of the public.

Figure 2 feed sales of 14 listed feed companies in the past three yearsFrom: performance reports of the listed feed companies

Stories and Services

FAMSUN Expert Rob

Vice President of American Research Institute

As a leader who has 20 plus years of experience working in the United States and abroad, Rob is

experienced in extruding technology, R&D of extruders, team management and development, project

management, customer service, trouble shooting, pet food, aquafeed, snacks, treatment of grains

cereals and textured soybean protein.

He once worked in Hill’s Pet Nutrition for nine years as a technological development& innovation

manager. Before this job, he worked in Wenger Manufacturing as a technological director.

Technology

Dryer optimization—reduced power consumption of the dryer, added closed-loop moisture control and

improved food safety.

Correction of the clogging arches in the feed bin—offered technical solution to the problem and led the team

for planning work and installation.

Modulator optimization—developed new system to decrease the waste resulted from initial production.

Solution provider—offered technological solutions and support concerning the supplier chain, food safety

control and product development.

Authorized the extrusion white paper. With the help of this project, Hill’s Pet Nutrition became the first company

in the US that could export pet food containing chicken formulas to Australia.

Developed the temperature detection and control system and SOPs for critical control points with his team.

Sanitation management—found effective ways to control salmonella in pet food.

Led the design and development of single-screw extruder and double-screw extruder.

Debugged over 40 extruders and drying systems in 17 countries and was familiar with water-heating standards.

Management

Led many innovative technology upgrading projects.

In charge of project development and implementation.

Offered technical support for CI team.

Led global technological associations and reduced waste products and consequent costs.

Supervised product development, field service, after-service of product components, etc.

Managed annual operating budget.

Increased field service revenue.

Increased product development revenue while reducing costs.

Developed and implemented programs that increased the revenue of commercial labs.

Experience

Education

Bachelor of food and management science, the University of Kansas

Integrated Solution Provider 33

UPCOMING EVENTS

Southeast AsiaMr. Elvis [email protected]

Middle East & AfricaMr. Louis [email protected]

AmericasMr. David [email protected]

Asia-PacificMr. Tony [email protected]

EuropeMr. Steven [email protected]

Key Accounts Dept.Mr. Arron [email protected]

South AsiaMr. Kian [email protected]

32 MY View Vol.9, No.2

IPPE 2017 Jan.31-Feb.2 Atlanta, The USA

VIV 2017 Mar.15-17 Bangkok, Thailand

China Feed Industry Exposition 2017 Apr.18-19 Fuzhou, China

Nov.

Apr.

Jan.

Special

FAMSUN’s Gear Pellet Mill Debuts at Eurotier 2016 Hannover

EuroTier 2016, one of the largest agri-business trade show globally where professional

animal husbandry experts meet,takes place from November 15-18 at Hanover

exhibition grounds, Germany. This year, the biennialevent attracts 2,629 exhibitors

from 58 countries to showcase their latest products, solutions and technologies.

As the pace of the internationalization of EuroTier becomes faster, for the first time, the

proportion of the overseas exhibitors outgrows that of the domestic exhibitors at 57%.

Among these foreign exhibitors ,there are 180 Chinese companies participates in the

professional show, making China the third largest exhibitor globally after Germany,the

Netherlands.

FAMSUN, which has been focusing on the upsizing and intelligentification of the feed

industry, brings to the attention of its European audience its K25 gear pellet mill. The

K25 gear pellet mill, with its internationally leading parameters, captures the attention

of the international visitors, ADM, the CP Group, ALLER-AQU, New Hope, Zhengban, to

name just a few.


Global Presence

Think globally, act locally.

Since the execution of Go-Global in 1997, FAMSUN has

delivered its products and solutions to 120 countries

around the world. A solid network of 50+ local sales and service

offices, agencies and 20+ local partnership companies ensures

that our global reach extends around the world and provides a

neighborhood link to our customers.

In 2016, we will continue to develop local and global markets in

ways that:

To learn and well know local culture and demand;

To bring leading technologies and solutions;

To improve food and nutrition security;

To share resources what we have;

To be a reliable partner of local industry;

To provide training and promote Youth Employment;

To take up social responsibility.

R&D Institute

Production Bases

Offices and service sites

ASIA

IndonesiaAustraliaPhilippinesKoreaMalaysiaThailandVietnamMyanmar

AFRICA

AlgeriaNigeriaMoroccoSudanTunisiaSouth AfricaTanzania

Middle East

TurkeySaudi ArabiaEgyptIran

SOUTH AMERICA

BrazilVenezuelaEcuadorPeruBolivia

EUROPE

KazakhstanBelarusUzbekistanMoscowUkrainePoland

NORTH AMERICA

MexicoHonduras

DenmarkRomania

IndiaBangladeshPakistan

36 MY View Vol.9, No.3

Muyang HoldingsNo.1 Huasheng Road, Yangzhou, Jiangsu, China 225127T:+86-514-87848880 F:+86-514-87848686E-mail:[email protected]://www.muyang.com

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