Density: 1.26 g/cm³
Density, specific gravity: 1.26 g/cm³
Change in volume (in reference fuel B, 27°C, 168 hrs): 29%
Change in volume (in ASTM #1 oil, 100°C, 168 hrs): −14%
Change in volume (in IRM 903 oil, 100°C, 168 hrs): 23%
Change in volume (in water, 100°C, 168 hrs): 8.0%
Melt viscosity (190°C, 300 sec^-1): 640 Pa·s
Tensile stress at 100% (1.90 mm): 5.30 MPa
Tensile stress at 100% (125°C, 1.90 mm): 4.40 MPa
Tensile stress at yield (1.90 mm): 9.90 MPa
Tensile stress at yield (125°C, 1.90 mm): 5.50 MPa
Tensile strength at yield (1.90 mm): 9.90 MPa
Tensile strength at yield (125°C, 1.90 mm): 5.50 MPa
Tensile strain at break (1.90 mm): 400%
Tensile strain at break (125°C, 1.90 mm): 140%
Torsion modulus (24°C, 1.9 mm): 2.9 MPa
Torsion modulus (−20°C, 1.9 mm): 14.3 MPa
Tensile set: 11%
Clash-Berg modulus (−32°C): 68.9 MPa
Tensile elongation at break (125°C, 1.90 mm): 140%
Tensile elongation at break (1.90 mm): 400%
Tear strength (Die C, 1.90 mm): 33.3 kN/m
Ductile/Brittle transition temperature: −76°C
Change in Shore hardness in air (Shore A, 125°C, 168 hrs): −5.0
Shore Hardness (Shore A, 1.90 mm, compression molded): 76
Change in durometer hardness in air (Shore A, 125°C, 168 hrs): −5.0
Durometer hardness (Shore A, 1.90 mm, compression molded): 76
Compression set (24°C, 22 hrs, Method B): 17%
Compression set (100°C, 22 hrs, Method B): 61%
Compression set (24°C, 22 hrs): 17%
Compression set (100°C, 22 hrs): 61%
Taber abrasion resistance (CS-17 Wheel, 1,000 g, 1,000 cycles): 10.0 mg
Processing (melt) temp: 177°C
Primary Chemistry: Density: 1.26 g/cm³ Density, specific gravity: 1.26 g/cm³ Change in volume (in reference fuel B, 27°C, 168 hrs): 29% Change in volume (in ASTM #1 oil, 100°C, 168 hrs): −14% Change in volume (in IRM 903 oil, 100°C, 168 hrs): 23% Change in volume (in water, 100°C, 168 hrs): 8.0% Melt viscosity (190°C,