Thermal Properties | Metric | English | Comments |
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Minimum Service Temperature, Air | -90.0 °C | -130 °F | Recommended |
Nye Lubricants UniFlor 8950 (497) (UF) Synthetic Oil Information provided by Nye Lubricants. |
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Minimum Service Temperature, Air | -90.0 °C | -130 °F | Recommended |
Nye Lubricants UniFlor 8951 (897-1) (UF) Synthetic Oil Information provided by Nye Lubricants. |
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Minimum Service Temperature, Air | -90.0 °C | -130 °F | Recommended |
Nye Lubricants UniFlor 8951R (897RP-1) (UF) Synthetic Oil Information provided by Nye Lubricants. |
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Minimum Service Temperature, Air | -90.0 °C | -130 °F | |
Precision Polymer Engineering S50E Silicone Rubber Red iron oxide filled, Phenyl Silicone Rubber, 45-55 °IRHD. Silicone rubber having methyl, vinyl and phenyl substituent groups on the polymer chain. To meet UK Ministry of Defence Aerospace Speci.. |
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Minimum Service Temperature, Air | -90.0 °C | -130 °F | Non-brittle after 3 minutes |
Precision Polymer Engineering S50E Silicone Rubber Red iron oxide filled, Phenyl Silicone Rubber, 45-55 °IRHD. Silicone rubber having methyl, vinyl and phenyl substituent groups on the polymer chain. To meet UK Ministry of Defence Aerospace Speci.. |
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Minimum Service Temperature, Air | -90.0 °C | -130 °F | |
Precision Polymer Engineering S60E Silicone Rubber Red iron oxide filled, Phenyl Silicone Rubber, 55-65 °IRHD. Silicone rubber having methyl, vinyl and phenyl substituent groups on the polymer chain. To meet UK Ministry of Defence Aerospace Speci.. |
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Minimum Service Temperature, Air | -90.0 °C | -130 °F | Non-brittle after 3 minutes |
Precision Polymer Engineering S60E Silicone Rubber Red iron oxide filled, Phenyl Silicone Rubber, 55-65 °IRHD. Silicone rubber having methyl, vinyl and phenyl substituent groups on the polymer chain. To meet UK Ministry of Defence Aerospace Speci.. |
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Minimum Service Temperature, Air | -90.0 °C | -130 °F | Components made from product |
P & P Technology Silicone Sponge The thermal stability of silicone rubber is probably its most important asset. Components made from these rubbers are affected only to a small extent by extremes of temperature, ranging from –90°C.. |