Enhanced TDS
Knowde-enriched technical product data sheet
Identification & Functionality
- Chemical Family
- Core Type
- Composite Materials Functions
- Technologies
- Product Families
Features & Benefits
- Labeling Claims
- Materials Features
Applications & Uses
- Markets
- Applications
- Composites End Use
- Plastics & Elastomers End Uses
- Blowing Agents
HFCs/CFCs/HCFCs-free
Properties
- Typical Properties
Value Units Test Method / Conditions Nominal Density 160 kg/m³ ASTM D1622/EN 1602/EN ISO 845 Compressive Strength (Parallel,23°C) 2 Mpa ASTM D1621/EN 826 Compressive Strength (Perpendicular,Weakest Direction,23°C) 1.9 Mpa ASTM D1621/EN 826 Compressive Modulus (Parallel,23°C) 65 Mpa ASTM D1621/EN 826 Compressive Modulus (Perpendicular,Weakest Direction,23°C) 59 Mpa ASTM D1621/EN 826 Compressive Strength (Parallel,-165°C) 6.2 Mpa ASTM D1621/EN 826 Compressive Strength (Perpendicular,Weakest Direction,-165°C) 6 Mpa ASTM D1621/EN 826 Flexural Strength (Parallel, Met.I,23°C) 2.8 Mpa ASTM C203/EN 12089 Flexural Modulus (Parallel, Met.I,23°C) 72 Mpa ASTM C203/EN 12089 Max. Flexural Strain (Met.I,23°C) 0.08 Length ASTM C203/EN 12089 Tensile Strength (Parallel, Met.I,23°C) 2.3 Mpa ASTM D1623-A/EN 1607 Tensile Strength (Perpendicular,Weakest Direction,23°C) 2.1 Mpa ASTM D1623-A/EN 1607 Tensile E-modulus (All directions,-165°C) 27 Mpa ASTM D1623-A/EN 1607 Shear Strength (Perpendicular,Weakest Direction,23°C) 0.97 Mpa ASTM C273/EN 12090 Shear Elongation At Break (Shear Strain,23°C) 16 % ASTM D1623/EN 1607-08 Shear Modulus(Perpendicular,23°C) 10.2 Mpa ASTM C273/EN 12090 Thermal Conductivity (Initial ,10°C) 31.5 mW/mK ASTM C518/ASTM C177/EN 12667 Thermal Conductivity(180 Days 10°C,25 Mm Thickness Sample Aged 180 Days At 23°C, 50% R.H.) 38 mW/mK ASTM C518/ASTM C177/EN 12667 Coefficient Of Thermal Stress Resistance (-265°F/74°F, -165°C/+23°C) min. 5 - CINI 2.7.01 Coefficient Of Linear Thermal Expansion (-321°F/+74°F,-196°C/+23°C) 50 1/K·10E-6 ASTM D696/EN 13471 Coefficient Of Linear Thermal Expansion Cte (+70/+120°F/+21/+48°C) 50 1/K·10E-6 ASTM D696/EN 13471 Fire Reaction B3 Class DIN 4102 Leachable Chlorides max. 60 ppm ASTM C871/EN 13468 Dimensional Stability (48H,-13°F/-25°C,Length/Width,Thickness) ±0.5 ±0.5 % ASTM D2126/EN 1604 Dimensional Stability (48H, 131°F/55°C,Amb.R.H.,Length/Width,Thickness) ±0.5 ±0.5 % ASTM D2126/EN 1604 Dimensional Stability (48H,158°F/70°C, Amb. R.H.,Length/Width,Thickness) ±0.5 ±0.5 % ASTM D2126/EN 1604 Water Absorption By Volume max. 1.5 % ASTM D2842/EN 12087/ISO 2896 Hardness 70 Shore A ASTM D2240/EN ISO 868 Operating Temperature -2.5 °C - R-Value (180 Days,1 Inch,24°C) 3.58 hr·ft²·°F/BTU ASTM C518/EN 12667 Closed-Cell Content min. 95 % ASTM D6226/EN ISO 4590 Ozone Depletion Potential (ODP) 0 - - Global warming potential (GWP) max. 10 - -
Storage & Handling
- Handling Notice
Terms "parallel" and "perpendicular" are referred to slab/specimen/block thickness direction. In some applications polyurethane may present fire risks, e.g. if exposed to fire or to excessive heat in presence of oxygen or air, including when welding or cutting with torches. It is the Customer's responsibility to determine if product described herein is appropriate for Customer's purposes and end-use and to ensure that working place, storage and disposal practices are in compliance with any applicable law