180 Bass Pro Mills Drive
Concord
Ontario L4K 0G9
Unit | Medium | Resistance | |||
igumid G | |||||
Density | g/cm³ | 1,37 | Alcohols | + to 0 | |
Color | black | Hydrocarbons | + | ||
Max. humidity absorption at 73°F/50% R. H. | % weight | 1,4 | Fats, oils, without additives | + | |
Max. water absorption | % weight | 5,6 | Fuels | + | |
Bending E-module | psi | 1,131,000 | Diluted acids | 0 to – | |
Tensile strength at +68 °F | psi | 34,810 | Strong acids | - | |
Shore D-hardness | 79 | Diluted bases | + | ||
Specific forward resistance | Ωcm | > 1011 | Strong bases | 0 | |
Surface resistance | Ω | > 1011 | |||
Max. long term application temperature | °F | +248 | |||
Max. short term application temperature | °F | +248 | |||
Low long-term application temperature (in combination with cage material) |
°F | -40 | |||
xiros® B180 |
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Density | g/cm³ | 1,49 | Alcohols | + | |
Color | yellow | Hydrocarbons | + | ||
Max. humidity absorption at 73°F/50% R. H. | % weight | 0,3 | Fats, oils, without additives | + | |
Max. water absorption | % weight | 1,3 | Fuels | + | |
Bending E-module | psi | 348,100 | Diluted acids | 0 to – | |
Tensile strength at +68 °F | psi | 10,590 | Strong acids | - | |
Shore D-hardness | 74 | Diluted bases | + | ||
Specific forward resistance | Ωcm | > 1013 | Strong bases | + to 0 | |
Surface resistance | Ω | > 1012 | |||
Max. long term application temperature | °F | +176 | |||
Max. short term application temperature | °F | +248 | |||
Low long-term application temperature (in combination with cage material) |
°F | -40 | |||
xiros® A500 |
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Density | g/cm³ | 1,28 | Alcohols | + | |
Color | Brown | Hydrocarbons | + | ||
Max. humidity absorption at 73°F/50% R. H. | % weight | 0,3 | Fats, oils, without additives | + | |
Max. water absorption | % weight | 0,5 | Fuels | + | |
Bending E-module | psi | 522,100 | Diluted acids | + | |
Tensile strength at +68 °F | psi | 20,310 | Strong acids | + | |
Shore D-hardness | 83 | Diluted bases | + | ||
Specific forward resistance | Ωcm | > 1014 | Strong bases | + | |
Surface resistance | Ω | > 1013 | |||
Max. long term application temperature | °F | +302 | |||
Max. short term application temperature | °F | +572 | |||
Low long-term application temperature (in combination with cage material) |
°F | –148 (PEEK) –40 (PA) |
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xiros® C160 |
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Density | g/cm³ | 1,11 | Alcohols | + | |
Color | opak | Hydrocarbons | + to 0 | ||
Max. humidity absorption at 73°F/50% R. H. | % weight | 0,1 | Fats, oils, without additives | + | |
Max. water absorption | % weight | 0,2 | Fuels | + to 0 | |
Bending E-module | psi | 275,600 | Diluted acids | + | |
Tensile strength at +68 °F | psi | 5,076 | Strong acids | + to 0 | |
Shore D-hardness | 67 | Diluted bases | + | ||
Specific forward resistance | Ωcm | > 1014 | Strong bases | + | |
Surface resistance | Ω | > 1014 | |||
Max. long term application temperature | °F | +176 | |||
Max. short term application temperature | °F | +230 | |||
Low long-term application temperature (in combination with cage material) |
°F | 0 | |||
xiros® F180 |
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Density | g/cm³ | 1,43 | Alcohols | + | |
Color | black | Hydrocarbons | + | ||
Max. humidity absorption at 73°F/50% R. H. | % weight | 0,2 | Fats, oils, without additives | + | |
Max. water absorption | % weight | 0,7 | Fuels | + | |
Bending E-module | psi | 362,600 | Diluted acids | 0 to - | |
Tensile strength at +68 °F | psi | 9,863 | Strong acids | - | |
Shore D-hardness | 77 | Diluted bases | + | ||
Specific forward resistance1) | Ωcm | > 107-109 2) | Strong bases | + to 0 | |
Surface resistance1) | Ω | > 107-109 2) | |||
Max. long term application temperature | °F | +176 | |||
Max. short term application temperature | °F | +248 | |||
Low long-term application temperature (in combination with cage material) |
°F | -40 |