| Items |
 /Asset/CHO-FOIL-Conductive-Tapes.jpg CCH-36-101-0050 CHO-FOIL Conductive Tapes |
/Asset/CHO-FOIL-Conductive-Tapes.jpg CCH-36-101-0100 CHO-FOIL Conductive Tapes |
/Asset/CHO-FOIL-Conductive-Tapes.jpg CCH-36-101-0150 CHO-FOIL Conductive Tapes |
/Asset/CHO-FOIL-Conductive-Tapes.jpg CCH-36-101-0200 CHO-FOIL Conductive Tapes |
/Asset/CHO-FOIL-Conductive-Tapes.jpg CCH-36-101-0300 CHO-FOIL Conductive Tapes |
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| Tape Description | Copper foil, conductive adhesive version | |||||||||
| Tape Width | 0.5 in12.7 mm | 1.0 in25.4 mm | 1.5 in38.1 mm | 2.0 in50.8 mm | 3.0 in76.2 mm | |||||
| Part Number Prefix | CCH | |||||||||
| Foil/Fabric Type | 1 oz. RA Copper | |||||||||
| Foil/Fabric Thickness | 1.4 mil0.0356 mm | |||||||||
| Adhesive Type | Electrically Conductive, Pressure-Sensitive Acrylic | |||||||||
| Adhesive Thickness | 1.5 mil0.0381 mm | |||||||||
| Total Thickness1 | 2.9 mil0.0737 mm | |||||||||
| Temperature Range | –40 to 400 ºF–40 to 205 ºC | |||||||||
| Test Method Flame Resistance | UL Subject 510 | |||||||||
| Flame Resistance | Pass | |||||||||
| Test Method Adhesion to Aluminum | ASTM D1000 | |||||||||
| Adhesion to Aluminum | > 40 oz/in2.5 ppi438 N/m | |||||||||
| Test Method Electrical Resistance | MIL-STD-202C | |||||||||
| Electrical Resistance | < 0.003 O/in²< 0.0005 O/cm² | |||||||||
| Test Method Initial Surface Resistivity | CHO-TP-57 | |||||||||
| Initial Surface Resistivity2 | < 2 mO | |||||||||
| Test Method Initial Through Resistivity | CHO-TP-57 | |||||||||
| Initial Through Resistivity3 | < 3 mO | |||||||||
| Test Method Initial Peel Strength | ASTM D1000 | |||||||||
| Initial Peel Strength4 | 44.8 oz/in2.8 ppi490 N/m | |||||||||
| Test Method Initial Taber Abrasion Surface Resistivity | CHO-TP-57 | |||||||||
| Initial Taber Abrasion Surface Resistivity | < 6 mO | |||||||||
| Test Method Heat Aging 185 ºF (85 ºC)/168 h, Surface Resistivity | CHO-TP-57 | |||||||||
| Heat Aging 185 ºF (85 ºC)/168 h, Surface Resistivity | < 10 mO | |||||||||
| Test Method Heat Aging 185 ºF (85 ºC)/168 h, Through Resistivity | CHO-TP-57 | |||||||||
| Heat Aging 185 ºF (85 ºC)/168 h, Through Resistivity5 | <16 mO | |||||||||
| Test Method Heat Aging 185 ºF (85 ºC)/168 h, Peel | ASTM D1000 | |||||||||
| Heat Aging 185 ºF (85 ºC)/168 h, Peel | 57.6 oz/in3.6 ppi630 N/m | |||||||||
| Test Method Heat Aging 250 ºF (121 ºC)/168 h, Surface Resistivity | CHO-TP-57 | |||||||||
| Heat Aging 250 ºF (121 ºC)/168 h, Surface Resistivity | <10 mO | |||||||||
| Test Method Heat Aging 250 ºF (121 ºC)/168 h, Through Resistivity | CHO-TP-57 | |||||||||
| Heat Aging 250 ºF (121 ºC)/168 h, Through Resistivity | < 70 mO | |||||||||
| Test Method Heat Aging 250 ºF (121 ºC)/168 h, Peel | ASTM D1000 | |||||||||
| Heat Aging 250 ºF (121 ºC)/168 h, Peel | 57.6 oz/in3.6 ppi630 N/m | |||||||||
| Test Method Heat Aging with Humidity 95 % RH/ 185 ºF (85 ºC)/168 h, Surface Resistivity | CHO-TP-57 | |||||||||
| Heat Aging with Humidity 95 % RH/ 185 ºF (85 ºC)/168 h, Surface Resistivity | ||||||||||
| Test Method Heat Aging with Humidity 95 % RH/ 185 ºF (85 ºC)/168 h, Through Resistivity | CHO-TP-57 | |||||||||
| Heat Aging with Humidity 95 % RH/ 185 ºF (85 ºC)/168 h, Through Resistivity | ||||||||||
| Test Method Heat Aging with Humidity 95 % RH/ 185 ºF (85 ºC)/168 h, Peel | ASTM D1000 | |||||||||
| Heat Aging with Humidity 95 % RH/ 185 ºF (85 ºC)/168 h, Peel | ||||||||||
| Test Method Salt Fog Corrosion/168 h, Surface Resistivity | CHO-TP-57 | |||||||||
| Salt Fog Corrosion/168 h, Surface Resistivity | ||||||||||
| Test Method Salt Fog Corrosion/168 h, Through Resistivity | CHO-TP-57 | |||||||||
| Salt Fog Corrosion/168 h, Through Resistivity | ||||||||||
| Test Method Salt Fog Corrosion/168 h, Peel | ASTM D1000 | |||||||||
| Salt Fog Corrosion/168 h, Peel | ||||||||||
| Test Method Taber Abrasion 500 g Weight, CS-10 Wheel, 500 Cycles | CHO-TP-57 | |||||||||
| Taber Abrasion 500 g Weight, CS-10 Wheel, 500 Cycles | < 3 mO | |||||||||
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