Electrical Properties | Metric | English | Comments |
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Surface Resistance | <= 0.020 ohm @Temperature <=85.0 °C, Time <=605000 sec |
<= 0.020 ohm @Temperature <=185 °F, Time <=168 hour |
(SR); CHO-TP-57 |
Parker Chomerics CHO-FOIL CCJ Shielding Tape Conductive Adhesive Aluminum FoilDescription: Chomerics’ CHO-FOIL® tapes are an economical EMI shielding solution for a variety of commercial uses. The tapes are available in copper, aluminum, or .. |
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Surface Resistance | <= 0.020 ohm @Temperature <=121 °C, Time <=605000 sec |
<= 0.020 ohm @Temperature <=250 °F, Time <=168 hour |
(SR); CHO-TP-57 |
Parker Chomerics CHO-FOIL CCJ Shielding Tape Conductive Adhesive Aluminum FoilDescription: Chomerics’ CHO-FOIL® tapes are an economical EMI shielding solution for a variety of commercial uses. The tapes are available in copper, aluminum, or .. |
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Surface Resistance | <= 0.020 ohm | <= 0.020 ohm | |
Parker Chomerics Tecknit Teckfip™ FIP-A Formed in Place Conductive Elastomer Description: This compound is ideally suited to corrosion-concerned applications where the gasket is applied to an aluminum casting. The corrosion resistance is enhanced due to the galvanic compatib.. |
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Surface Resistance | <= 0.020 ohm @Temperature 85.0 °C, Time 605000 sec |
<= 0.020 ohm @Temperature 185 °F, Time 168 hour |
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Parker Chomerics Tecknit Teckfip™ FIP-A Formed in Place Conductive Elastomer Description: This compound is ideally suited to corrosion-concerned applications where the gasket is applied to an aluminum casting. The corrosion resistance is enhanced due to the galvanic compatib.. |
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Surface Resistance | <= 0.020 ohm | <= 0.020 ohm | |
Parker Chomerics Tecknit Teckfip™ FIP-N (LD) Formed in Place Conductive Elastomer Description: FIP-N is similar in performance to FIP-A elastomer and hence offers a good non-corrosive EMI shield in harsh conditions. This material is one of our more cost effective FIP compoundsInf.. |
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Surface Resistance | <= 0.020 ohm | <= 0.020 ohm | |
Parker Chomerics Tecknit Teckfip™ FIP-N Formed in Place Conductive Elastomer Description: FIP-N is similar in performance to FIP-A elastomer and hence offers a good non-corrosive EMI shield in harsh conditions. This material is one of our more cost effective FIP compoundsInf.. |
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Surface Resistance | <= 0.020 ohm @Temperature 85.0 °C, Time 605000 sec |
<= 0.020 ohm @Temperature 185 °F, Time 168 hour |
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Parker Chomerics Tecknit Teckfip™ FIP-R Formed in Place Conductive Elastomer Description: FIP-R is based on a very rugged pure silver particle. By using silver as the conductive medium, this compound offers great performance in terms of heat aged electrical conductive stabil.. |