Champlain Cable

EXRAD ERGOFLEX ISO 19642-9 HV battery cable is a revolutionary flexible Irradiation Cross-linked Polyolefin (XLPO) cable for EV/HEV systems. FHLR13XC13X

EXRAD ERGOFLEX thin-wall battery cable is a revolutionary highly flexible Irradiation Cross-linked Elastomeric Polyolefin insulation (XLPO) which meets ISO 19642-5 Class D (150°C). FHLR13X

EXRAD ERGOFLEX thin-wall multi-conductor power cables offer industry-leading flexibility across many size and core-count options. 

EXRAD® ERGO FLEX 125 is a high-flex door and hatch wire designed specifically for flexibility and long flex life at low temperatures. The temperature performance range of EXRAD ERGO FLEX is –70°C to +125°C. EXRAD ERGO FLEX provides up to 9 times more flexing than conventional wire.

EXRAD® automotive SJOOW cables are dual-rated to UL / CSA and also ISO-6722-1 Class D standards.  The cables are rated -50°C to +150°C; are oil, water and UV resistant; and are very flexible for routing around engine compartments and other confined areas of a vehicle.

EXRAD® 150 HVUT is a ISO 19642-5 thin wall high voltage automotive primary wire particularly useful in EV/HEV battery systems and other confined spaces.

EXRAD® 150 HVUT is a 150°C high voltage automotive primary wire which exceeds the requirements of SAE J-1128 TXL and is rated 600V per SAE J-1654-1994.

EXRAD® ERGOFLEX 60v thin-wall battery cable is a revolutionary highly flexible Irradiation Cross-linked XLPO which meets ISO 19642-3 Class D, FLR13X

EXRAD® XLE 200 ISO 19642-3 thin-wall 60V battery cable combines, ISO Class F high temperature performance, fluid and UV resistance, great flexibility and ruggedness. This cable is ideally suited to challenging applications, where a combination of flexibility, long life and high performance is required.

EXRAD ERGOFLEX ISO 19642-5 HV battery cable is a revolutionary flexible Irradiation Cross-linked Polyolefin (XLPO) cable for EV/HEV and conventional systems.

EXRAD ERGOFLEX ISO 19642-5 HV battery cable is a revolutionary flexible Irradiation Cross-linked Polyolefin (XLPO) cable for EV/HEV and conventional systems.

EXRAD® 180 is a high performance wire which meets the requirements of ISO 6722-1 175°C thin wall wire. It is an irradiation cross-linked fluoropolymer with impressive properties at a lower price. It is safer in overload conditions because it will not melt.

EXRAD® 180B is a high performance fluid blocking anti-cap wire built to handle the high temperature fluid environments in engines and transmissions.

EXRAD® 180 is a high performance wire which meets the requirements of ISO 6722-1 150oC thin wall wire. It is an irradiation cross-linked fluoropolymer with impressive properties at a lower price.

EXRAD® 180B is a high performance fluid blocking / anti-capillary wire built to handle the high temperature fluid environments in engines and transmissions. It is extremely fluid resistant at temperatures up to 150°C

EXRAD® 180B is a high performance fluid blocking anti-capillary wire built to handle the high temperature fluid environments in engines and transmissions. It is an irradiation cross-linked fluoropolymer with impressive properties.

EXRAD® 180B is a high performance fluid blocking anti-capillary wire built to handle the high temperature fluid environments in engines and transmissions. Extremely fluid resistant at temperatures up to 150°C.

EXRAD® 180 is a high performance wire built to handle the increasingly brutal environment under the hood and in automatic transmissions. It is an irradiation cross-linked fluoropolymer with impressive properties. EXRAD 180 is extremely fluid resistant even at high temperatures.

EXRAD® HVFX ISO 6722-1 shielded thin-wall battery cable is the next generation flexible high performance cross-linked insulation designed specifically to handle automotive and commercial vehicle high voltage and HVIL systems.

EXRAD® HVFX ISO 6722-1 thin-wall battery cable is designed specifically to handle the higher voltage and electrical currents required by today’s hybrid and battery power vehicles and HVIL systems. Our thin wall and high temperature insulations allow for lower weight and less space.