EXRAD® XLE 200 is a high performance wire which meets the requirements of ISO 6722-1 200°C thin wall wire. It is an irradiation cross-linked fluoroelastomer with impressive properties. This is an automotive wire ideally suited to applications where heat protection, long life and less expensive wiring harnesses are required.
EXRAD® XLE200 is a very high performance fluid blocking wire built to handle the high temperature fluid environments in engines and transmissions. It is an irradiation cross-linked fluoroelastomer with impressive properties including great flexibility.
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® 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® 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. It is extremely fluid resistant at temperatures up to 150°C
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-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 6722-1 175°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.
