Best quality Extruded PTFE - Extruded PTFE Rod OD 4mm – 200mm – SuKo
Best quality Extruded PTFE - Extruded PTFE Rod OD 4mm – 200mm – SuKo Detail:
Extruded PTFE Rod is manufactured by techniques of paste extruding and RAM extruding method in the diameter from 5 to 110mm with PTFE granular resin. As PTFE (polymer) has a very low co-efficient of friction, the surface of extruded PTFE rod has similar friction levels to ice. Extruded PTFE rod can work at -180° C ~+260° C and is the best electrical insulator of all known plastics.
PTFE rod can be used as lining, seal components, wire insulation, slide block, gasket, seal, and dielectric material and so on.
Extruded PTFE rod is generally used as machining stock for all kinds of chemical, electrical and mechanical components where the outstanding performance characteristics of PTFE are required. Various fillers are available to modify the properties of PTFE to meet application requirements.
|
Item name |
Unit |
Result |
|
Density |
g/cm³ |
2.10-2.30 |
|
Tensile strength |
MPa |
14.0 |
|
Ulimate elongation |
% |
140 |
|
Operating temperature |
℃ |
-180～+260 |
Product detail pictures:
Related Product Guide:
So as to provide you with ease and enlarge our business, we even have inspectors in QC Crew and guarantee you our best company and solution for Best quality Extruded PTFE - Extruded PTFE Rod OD 4mm – 200mm – SuKo , The product will supply to all over the world, such as: Montreal, Denmark, Czech Republic, With the intensified strength and more reliable credit, we are here to serve our customers by providing the highest quality and service, and we sincerely appreciate your support. We will endeavor to maintain our great reputation as the best products supplier in the world. If you have any questions or comments, please contact with us freely.
By Hannah from Argentina - 2017.12.09 14:01
This is a honest and trustworthy company, technology and equipment are very advanced and the prodduct is very adequate, there is no worry in the suppliment.
By Mario from Eindhoven - 2018.11.02 11:11