Density |
1.19 g/cm³ |
Density - Specific Gravity |
1.19 g/cm³ |
Change in Volume (in Reference Fuel B, 27 °C, 168 hr) |
30 % |
Change in Volume (in Reference Fuel B, 27 °C, 168 hr) |
30 % |
Change in Volume (in ASTM #1 Oil, 100 °C, 168 hr) |
-10 % |
Change in Volume (in ASTM #1 Oil, 100 °C, 168 hr) |
-10 % |
Change in Volume (in IRM 903 Oil, 100 °C, 168 hr) |
27 % |
Change in Volume (in IRM 903 Oil, 100 °C, 168 hr) |
27 % |
Change in Volume (in Water, 100 °C, 168 hr) |
12 % |
Change in Volume (in Water, 100 °C, 168 hr) |
12 % |
Melt Viscosity (190 °C, 300 sec^-1) |
545 Pa·s |
Tensile Stress at 100% (1.90 mm) |
3.90 MPa |
Tensile Stress at 100% (1.90 mm) |
3.90 MPa |
Tensile Stress at 100% (125 °C, 1.90 mm) |
3.90 MPa |
Tensile Stress at 100% (125 °C, 1.90 mm) |
3.90 MPa |
Torsion Modulus (24 °C, 1.9 mm) |
1.9 MPa |
Torsion Modulus (-20 °C, 1.9 mm) |
7.5 MPa |
Tensile Set |
8 % |
Clash-Berg Modulus (-38 °C) |
68.9 MPa |
Tensile Strength at Yield (1.90 mm) |
9.60 MPa |
Tensile Strength at Yield (125 °C, 1.90 mm) |
10.6 MPa |
Tensile Stress at Yield (1.90 mm) |
9.60 MPa |
Tensile Stress at Yield (125 °C, 1.90 mm) |
10.6 MPa |
Tensile Strain at Break (1.90 mm) |
300 % |
Tensile Strain at Break (125 °C, 1.90 mm) |
330 % |
Tensile Elongation at Break (125 °C, 1.90 mm) |
330 % |
Tensile Elongation at Break (1.90 mm) |
300 % |
Tear Strength (Die C, 1.90 mm) |
26.3 kN/m |
Ductile/Brittle Transition Temperature |
-51 °C |
Ductile/Brittle Transition Temperature |
-51 °C |
Change in Shore Hardness in Air (Shore A, 125 °C, 168 hr) |
5.0 |
Shore Hardness (Shore A, 1.90 mm, Compression Molded) |
62 |
Change in Durometer Hardness in Air (Shore A, 125 °C, 168 hr) |
5.0 |
Durometer Hardness (Shore A, 1.90 mm, Compression Molded) |
62 |
Compression Set (24 °C, 22 hr, Method B) |
15 % |
Compression Set (100 °C, 22 hr, Method B) |
55 % |
Compression Set (24 °C, 22 hr) |
15 % |
Compression Set (100 °C, 22 hr) |
55 % |
Taber Abrasion Resistance (CS-17 Wheel, 1000 g, 1000 Cycles) |
7.00 mg |
Melt Temperature |
177 °C |