Low Outgassing Characteristics of Rogers Laminates Approved for Spacecraft Applications
The test procedure2 consists of vacuum heating 100 to 300 mg specimens in a copper enclosure, with exit port at 125°C for 24 hours with a chrome-plated collector maintained at 25°C located 12.7 mm from the exit port. The Total Mass Loss (TML), Collected Volatile Condensable Materials (CVCM) and Water Vapor Recovered (WVR) are expressed as a % of the original speci-men mass. In general, materials exhibiting a TML of less than 1.0% and CVCM less than 0.1% are considered “low outgassing” and suitable for space applications. Note that all Rogers laminate materials listed meet these requirements.
AD1000™ 、 AD350A™ 、 CLTE™ 、 CLTE-AT™ 、 CLTE-MW™ 、 CLTE-XT™ 、 CuClad® 217 、 CuClad 233 、 CuClad 250 、 CuClad 6250 、 CuClad 6700 、 DiClad® 880 、 DiClad 870 、 DiClad 527 、 IM™ -880 、 IM-870 、 IM-300 、 IsoClad® 917 、 IsoClad 933 、 MAGTREX™ 、 RO3003™ 、 RO3006™ 、 RO3010™ 、 RO3210™ 、 RO4003C™ 、 RO4350B™ 、 RO4360G2™ 、 RO4450F™ 、 RO4460G2™ 、 RO4730G3™ 、 RO4835™ 、 RT/duroid® 5870 、 RT/duroid 5880 、 RT/duroid 5880LZ 、 RT/duroid 6002 、 RT/duroid 6006 、 RT/duroid 6010.2LM 、 RT/duroid 6202 、 RT/duroid 6202PR 、 RT/duroid 6035HTC 、 TMM® 3 、 TMM 4 、 TMM 10 、 RT/duroid® |
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12.17.20 |
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