Enhanced TDS
Knowde-enriched technical product data sheet
Identification & Functionality
- Chemical Family
- Polymer Name
- Technologies
- Product Families
Features & Benefits
- Materials Features
Applications & Uses
- Markets
- Applications
- Compatible Polymers & Resins
- Plastics & Elastomers End Uses
Properties
- Typical Properties
Value Units Test Method / Conditions Tensile Strength at Break 26.0 psi ASTM D 412-06a Elongation at Break 334.0 % ASTM D 412-06a Tensile Strength (100% Strain) 6.0 psi ASTM D 412-06a Tensile Strength (200% Strain) 12.0 psi ASTM D 412-06a Tensile Strength (300% Strain) 21.0 psi ASTM D 412-06a Compressive Stress (10% Strain) 0.9 psi ASTM D 575-91, Method A Compressive Stress (20% Strain) 2.1 psi ASTM D 575-91, Method A Compression Set 10.0 % ASTM D 395 Tear Strength 12.0 lb/in ASTM D 624-00, Die C Bulk Modulus 4.5 gPascal - Density 83.0 lb/ft³ ASTME D 792-13 Specific Gravity 1.33 - ASTME D 792-13 Optimum Performance Temperature Range* -20 to 140 °F - Glass Transition -20.0 °C - Flash Ignition Flammability 570.0 °F ASTM E 1640-13 by Peak Tan Delta Self Ignition Flammability 750.0 °F UL-94 Tested Flammability Rating with Retardant V2 - ASTM D 2632-92 Resilience Test Rebound Height 5.0 % ASTM D 2632-92 (Modified for the effects of material tackiness) Resilience Test Rebound Height 4.0 % - Dielectric Strength 213.0 V/ml ASTM D 149-13, Method A Dynamic Young’s Modulus (at 5 Hertz, 10%) 36.0 psi - Dynamic Young’s Modulus (at 5 Hertz, 15%) 41.0 psi - Dynamic Young’s Modulus (at 5 Hertz, 20%) 48.0 psi - Dynamic Young’s Modulus (at 15 Hertz, 10%) 57.0 psi - Dynamic Young’s Modulus (at 15 Hertz, 15%) 64.0 psi - Dynamic Young’s Modulus (at 15 Hertz, 20%) 75.0 psi - Dynamic Young’s Modulus (at 30 Hertz, 10%) 76.0 psi - Dynamic Young’s Modulus (at 30 Hertz, 15%) 86.0 psi - Dynamic Young’s Modulus (at 30 Hertz, 20%) 100.0 psi - Dynamic Young’s Modulus (at 50 Hertz, 10%) 95.0 psi - Dynamic Young’s Modulus (at 50 Hertz, 15%) 105.0 psi - Dynamic Young’s Modulus (at 50 Hertz, 20%) 119.0 psi - Tangent Delta (5 Hz Excitation) 0.72 - - Tangent Delta (15 Hz Excitation) 0.78 - - Tangent Delta (30 Hz Excitation) 0.8 - - Tangent Delta (50 Hz Excitation) 0.8 - - Bacterial Resistance No Growth - ASTM G 21-09 Fungal Resistance No Growth - ASTM G 22 Heat Ageing (72 hours at 158°F) Stable - - Chemical Resistance to Distilled Water 51.6 % wt change ASTM D 543, 7-day immersion Chemical Resistance to City Water 50.7 % wt change ASTM D 543, 7-day immersion Chemical Resistance to Hydraulic Fluid -4.8 % wt change ASTM D 543, 7-day immersion Chemical Resistance to Kerosene -8.4 % wt change ASTM D 543, 7-day immersion Chemical Resistance to Diesel -4.7 % wt change ASTM D 543, 7-day immersion Chemical Resistance to 50% Ethanol 98.5 % wt change ASTM D 543, 7-day immersion Chemical Resistance to Soap Solution 100.4 % wt change ASTM D 543, 7-day immersion Chemical Resistance to Gasoline 37.9 % wt change ASTM D 543, 7-day immersion Chemical Resistance to Turpentine 14.5 % wt change ASTM D 543, 7-day immersion Chemical Resistance to Motor Oil 15W40 -4.4 % wt change ASTM D 543, 7-day immersion Chemical Resistance to Hexane -5.1 % wt change ASTM D 543, 7-day immersion Chemical Resistance to IRM 903 -4.3 % wt change ASTM D 543, 7-day immersion Chemical Resistance to 1N Acetic Acid Complete Degradation % wt change ASTM D 543, 7-day immersion Chemical Resistance to Ethylene Glycol -1.1 % wt change ASTM D 543, 7-day immersion Chemical Resistance to 1N NaOH 11.9 % wt change ASTM D 543, 7-day immersion - Acoustic Properties
Value Units Test Method / Conditions Transmission Loss in Air (at 50 Hz)** min. 40 decibel/cm - - Ultraviolet
Can be compounded for resistance
- Note
* - Reduced strength and damping up to 200°F. Increased spring rate down to glass transition temperature.
** - Transmission loss increases with frequency.
*** - Burns but self-extinguishing when flame removed.