Showing 25–36 of 78 results
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- Excellent resistance to temperature extremes.
- Thermal Conductivity: 0.24 W.m-1 .K-1
- Radiation Resistance: >105 Grays (107 Rads) typical
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- Excellent resistance to temperature extremes.
- Thermal Conductivity: 0.24 W.m-1 .K-1
- Radiation Resistance: >105 Grays (107 Rads) typical
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- Excellent resistance to temperature extremes.
- Thermal Conductivity: 0.24 W.m-1 .K-1
- Radiation Resistance: >105 Grays (107 Rads) typical
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- Excellent resistance to temperature extremes.
- Thermal Conductivity: 0.24 W.m-1 .K-1
- Radiation Resistance: >105�Grays (107 Rads) typical
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- Good resistance to ultra-violet light, corona, arcing and ozone.
- Virtually non-existent oxidation.
- Low degree of moisture absorption.
- A2 = Adhesive on Both Sides
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- Good resistance to ultra-violet light, corona, arcing and ozone.
- Virtually non-existent oxidation.
- Low degree of moisture absorption.
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- Good resistance to ultra-violet light, corona, arcing and ozone.
- Virtually non existent oxidation.
- Low degree of moisture absorption.
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- Good resistance to ultra-violet light, corona, arcing and ozone.
- Virtually non existent oxidation.
- Low degree of moisture absorption.
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- Good resistance to ultra-violet light, corona, arcing and ozone.
- Virtually non existent oxidation.
- Low degree of moisture absorption.
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- Good resistance to ultra-violet light, corona, arcing and ozone.
- Virtually non existent oxidation.
- Low degree of moisture absorption.
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- Good resistance to ultra-violet light, corona, arcing, and ozone.
- Virtually non-existent oxidation.
- Low degree of moisture absorption.
- A1 – Adhesive layer on one side
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- Hardness Shore A ±5 – 40°
- Suitable for use from -60°C up to +230°C with capabilities at 250°C intermittently
- Compliant to FDA 177.2600 and EC 1935/2004
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