Profile

FEP is an extruded fluoropolymer suitable for use up to 400 F (200C), and is flame retardant and non-propagating in fire conditions. Conductors are extruded with FEP and twisted in a 1-1/2″ to 2-1/2″ lay. This is a non-jacketed construction. The product is moisture/chemical resistant and provides an economic alternative with smaller OD profile. This construction also provides all the benefits of FEP at an economical price point.

Nylon insulation is available for application requiring a small diameter and /or 250F (121C) temperature rating.  Nylon is extruded over the singles and laid parallel. Nylon jacket is applied over the singles creating a duplex construction. The product provides resistance to hydrocarbons and has excellent cut-thru resistance.

105C rated flame retardant PVC insulation provides excellent chemical and abrasion resistance. UL Listed Construction are also available. PVC a flame retardant and flexible polyvinyl chloride insulation is extruded over single conductors which are laid parallel and get insulated with an overall PVC jacket. Nominal insulation thickness, 15 mils.

105C rated flame retardant PVC insulation provides excellent chemical and abrasion resistance. Rip Cord product is unique in design and do not have an overall jacket. PVC a flame retardant and flexible polyvinyl chloride insulation is extruded over single conductors which are laid parallel and bonded together in a secondary process. The end product is a small compact size with easy conductor separation.

PVC twisted/shielded thermocouple cable is ideal for systems sensitive to induced voltage and electrical noise. The twisting of the conductor and the Aluminum Mylar shield provides protection against cross talk, static and magnetic noise in instrumentation circuits. The wire conductors are insulated with color-coded PVC, and then twisted with a tin/copper drain wire. Next, an Aluminum Mylar tape is wrapped around the wires, followed by a final layer of overall PVC jacket. The wire is UL listed for Power Limited Tray Cable (PLTC) 300V applications and meets NEC Article 725 Class I, Division 2, hazardous locations.