PTFE Sleeves
Posted by Admin on April, 25, 2011
The PTFE Sleeves offered by us is well-known for its extreme endurance of temperature. The PTFE Electrical Sleeves of our company is manufactured using the latest technology which ensures non-flammability and High Dielectric strength. The PTFE Insulated Sleeves are well-marked for their brilliant anti-stick properties, which prevents the building up of sediments and fungus. Moreover, these are very much hydro-phobic and shed water almost properly. We are a reliable Manufacturer and among the major Suppliers of premium quality PTFE Sleeves.
Few advantages of PTFE Insulation are as follows:
Extremely stable at high temperatures and can be used continuously at –65°C to +250°C.
Non-Flammable
High Dielectric strength
Virtually inert to almost known chemicals, UV radiation, oils, solvents and fluxes
Excellent anti-stick properties prevents the build up of sediments, and fungus
Biocompatible
Extremely hydro-phobic and sheds water almost totally
Applications of PTFE Sleevings and Tubings:
Radars, Satellites and other defense electronics equipments
Due to high temperature proximity widely used for heater interconnections
Insulating cover for electrical joints, Motor winding leads and Transformer winding leads
Protective cover over electrical leads in Air-conditioning sealed units
RF Signal transmission, antennas
For branching leads in harness/cable assembly
In communications, control Instruments and professional electronics
As carriers for corrosive, high viscosity chemicals or fluids, also under high pressure and temperature
As protective cover over hoses for injection moulding machines
Hoses (with or without stainless steel wire braid) for hydraulic/pneumatic applications
As capillaries for medical application
Temperature sensors, Automobiles etc.
Few advantages of PTFE Insulation are as follows:
Applications of PTFE Sleevings and Tubings:
This entry was posted on April, 25, 2011 at 14 : 34 pm and is filed under PTFE Sleeves. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response from your own site.
