1. Weather, Or Not!

2. Polynum Advanced Insulation Solutions Prepared by Mr. Hanan Rotenberg, Polyon Barkai 3. Todays presentation is about: 1. 2. 3. 4. 5. 6. 7. 8. 9.Who are we? What is Insulation? Level of comfort Heat Sources and Heat Flow Emissivity and reflectivity Concept Types of Insulation materials R Value Polynum Insulation product presentation Comparing between Insulation materials10. Implementation and tips 4. Distributor Slide (1) 5. Distributor Slide (2) 6. POLYON BARKAI INDUSTRIES (1993) LTD. founded 1972, Polyon Barkai Industries (1993) Ltd., an ISO 9001-2000, BRC and HACCP approved, is an established manufacturer for food packaging, and Advanced reflective insulation products for building and livestock sectors. Polynum, which is Polyons leading insulation brand complies with most inter national construction coderequirements, with proper laboratory rep orts and certificates (such as GBRC, IL, UL, ASTM, M1, BS, DIN, S GS and PSB). Polynum products are also FDA approved and have been exported to more than 30 countries worldwide. 7. Polynum Is Exported to more than 30 countries worldwide 8. What is HEAT insulation? Insulation is a substance that resist, prevent or, reduce transfer of heat andor noise from one area to another. Insulation can be found in: - Roof - Walls - Floor - Windows - Doors - Food 9. In order to allow us to index various insulation materials and solutions there are few engineering tables and heat resistance factorsvalues that are widely accepted and commonly used to define the insulation effectiveness. 10. Insulation heat resistance properties are defined by: - Heat resistance value (R, U) or by: - Mass to air ratio (K, C) Insulation are commonly tested according to international construction codes and shall meet a certain safety level. An example for international code is insulation behavior under extreme conditions, such as fire. Most popular tests are done to determine: - Fire index (UL, DIN, BS) - Smoke index (Density of smoke) - Toxicity Level - Durability and Stability 11. Factors Affecting Level Of Comfort: -Temperature (too hot, too cold) -Radiation (Heat Stress) -Humidity (factor of heat and ventilation) -Noise Level (subjective)Insulation is primary condition to achieve level of comfort 12. Understanding heat flow 13. Types of Heat Flow: 1. Convection Heat:The flow of heat energy through liquids and gases Hot Air will rise, Cold air will sink Hot room air is forced outside, while cooler air replaces it. 14. Types of Heat Flow: 2. Conduction Heat:The flow of heat energy through solids K Value is used to determine material conductivity rate Heat is like a fluid: whatever flows through the insulation must also flow through the wood. 15. Types of Heat Flow: 3. Radiation HeatThe flow of heat energy between two surfaces with no physical contact (I.R Radiation)Resistance to radiation measured by Emissivity (E) The lower the E value to better the resistance to radiation heat 16. Radiation 17. The Flow of Heat Energy through the Building External Cover Summer Condition - Typical trend of heat flow Precentages 100.00% 80.00% 60.00% 40.00% 20.00% 0.00%conduction Convection Radiation Types of heat flowHeat Gain 18. Emissivity: 19. Given Off Radiation Heat 20. Absorptive materials: 21. Heat Delays Process 1. Air traps are used to swallow the heat 2. Sensitivity to Moisture Radiation Heat from the SUN 3. Density and thickness FiberThicknessHeat store and absorb insideAIRDensity 22. Examples 23. What is R value? 24. R-Value R-Value is a mathematical translation of the change of 1 degree temperature (T) over a given time (t) R-Value is the best known method to asses insulation performances R-Value is the best known method to compare between different insulation materials R-Value tests are done following ASTM C 236. where the actual test depends on the actual material and desired temperatures Heat flow direction does influence R-Value results, and therefore it is essential to know test structure Conventional insulation are tested under zero moisture conditions to maximize R-Value results Insulation aiming for wall is tested inside a complete wall system and the total R-Value represents the full system 25. R-Value Hot Box testing method: 26. Polynum Hot Box Demo Unit 27. Sample of R-Value table 28. Conventional Insulation Concerns: R Value is used to determine the insulation effectiveness, but it covers only one (out of three) heat source. Fiber based insulation are made of GLASS fibers. This fibers will be spread into the air (house space) and can cause to HEALTH problems. Conventional insulations are NOT vapor barriers, so an additional layer MUST be applied. 29. Conventional Insulation Concerns: High Emissivity (low reflectivity) R-Value properties vary up to 45% due to: - Moisture and humidity - Over blown by manufactures - Lack of ability to check or verify the density Encourage nesting (between fibersfoam) Bulky (cost of transportation, storage and so forth) Limited applications (not easy to manipulate) 30. Due to blanket structure conventional insulation WILL allow HEAT TRANSFER via bridges, frames and so forth. 31. Conventional Insulation: Are Heat Storage Medium! 32. The heat is accumulated during the sun hours, and later will emitted into the building! This known phenomena describes as HEAT LAG 33. Studies found that HEAT LAG with glassrock wool will last for at least 6 hours! 34. 6 hours! Of additional heat transfer into the building AFTER sun set!!! This means: - Higher energy cost - Lowe level of comfort 35. Polynum Insulation Systems 36. General explanation about Polynum Aims to block 97% of radiation heat Aim to last for many yrs (not affected by water or humidity) Hazard free product Aim to save energy (us, society) 37. Polynum is a HIGH TECH composite INSULTION which was fully adopted by NASA and other advanced users as a method of: - Heat Gain Blockage - Radiation (infra red) blockage 38. Polynum Insulation concept: Light weight, weather proof roll form insulation 39. POLYNUM Reflects back 97 % Of Radiation HeatE=0.03Polynum made of 99.4% pure aluminum which .provides at least 5% emissivity 40. Super Polynum Multi Layer Insulation: Reflectivity= 97% E=0.03 4.00 mmNRC=0.45E=0.03 High Resistance Pure Aluminum 41. Polynum Insulation Advantages: Block radiation which is the major source for heat gain or loss in building envelops Using available air space to max R-value Providing water and vapor barrier, eliminating the need for additional layer No heat lags! Can be used as stand alone system, or can combined with conventional insulation 42. Polynum Insulation Advantages: UL Fire and Smoke Class A design: At least 8 micron aluminum is used, non toxic polyethylene films, laboratory testing, QA and ISO 9001 certified Surface durability by using pure Aluminum treated for anti corrosionanti rust (High Resistance) Using safe products, having HACCP certification Reduce noise: by using air bubbles allowing noise absorption 43. Polynum Insulation Advantages (3): Ease installation and minimize installation steps, no need to lay triple layers Self supporting insulation which allow easy and fast installation, thus minimizing installation steps, no need to lay additional layers Providing solution to ALL climate conditions Wide range of Applications: - Roof - Walls - Under Floor - Under Concrete - Vapor barrier - Radon barrier - DIY to various of applications 44. We say: Dont compromise on yours health, energy spending and comfort! 45. Polynum Insulation: Expected R-Value: -Polynum 1: 8.5 to 9.0 Super Polynum: From 13.5 to 15.8 Polynum Big: From 14.5 to 17.9 Polynum Ultra: From 14.5 to 21 46. Sample: finding the equivalent of fiber glass insulation R=D/ R - Resistance to heat flow (SQMxC/W) - Conductivity d - Thickness (m) 2.98=d/0.045 d=134.1 mm 47. Glass Wool Not suitable for humid climate 48. Polynum Products (Philippines) ProductSize (m)Coverage Area (m2)1.20 x 1518.00Polynum Ultra 9.00mm1.20x3036.00Polynum Big with Net1.20x3036.00Polynun Sound 1kg/m2 49. Standards & Test 50. THERMAL PROPERTIES: Tested by Independent Laboratories: Spain, England, Poland, Germany, Singapore, Japan, New Zealand, Thailand U.S.A. and Korea Standardized SI 429, NFPE, ASTM-C-1224, BS, DIN, FMVSS Supported by EN ISO 6946 Design values under European Normative 51. FIRE SAFETY: Excellent behavior under fire Spain & France: M1 Germany: B1 . . . . . . (DIN 4102) U.K. : Class 1 . (BS 476: Part 7) U.S.A. : Class A . . . . (ASTM-E-84) Japan : Incombustible (ISO-5660) 52. TECHNICAL APPROVAL Granted by Instytut Techniki Budowlanej (from Poland) Authorized for confirmation in Spain by the IETcc 53. EUROPEAN FIRE CLASSIFICATION: Super Polynum -> Polyurethane -> Polystyrene ->B s2 d0 D s2 d0 (max.) E s3 d2 (max.) 54. POLYNUM SOUND: POLYNUM SOUND @ 1.0kg/m 2252016dB A15TL [dB A]10STC [dB A]50 100125160200250315400500630-5 Frecuencia8001000 125016002000 25003150 55. Conclusion 1.Superior R Value, the lowest cost USD per R-value2.Non Toxic, FDA approved3.Designed for Hot and Humid climate4.Durable and water resistance5.Easy to install, maintenance free6.Complying with international 56. Installation example residential house 57. Installation example: metal sheet roof