SUKO-1

PTFE Tubing

PTFE Tubing

  • Expanded PTFE VS. PTFE: What’s The Difference?

    You must know PTFE, the father of fluoroplastics. But what is expanded PTFE? Also known as ePTFE, expanded PTFE is the microporous version of PTFE. ePTFE enjoys similar properties to PTFE. This article will describe the differences between them and their respective appli...
    Read more
  • Understanding The Benefits Of PTFE Tubes

    Understanding The Benefits Of PTFE Tubes

    Continuous development of the society creates a large number of excellent products in your life to meet your various needs. PTFE tube is an example and brings great benefits to your life. This extremely versatile product provides for an extensive list of applications in ...
    Read more
  • Special applications of PTFE tubing

    Special applications of PTFE tubing

    PTFE Teflon tubing has remarkable non-adhesive property, and colloid and chemicals will not be adhered to the inner wall of Teflon tubing, so no dirt layer will be formed inside the pipe. Teflon is a highly non-polar material with electrical insulation properties and gre...
    Read more
  • Three common problems with PTFE tubes

    Three common problems with PTFE tubes

    PTFE tube or Teflon tube, a semi-transparent, chemically inert and non-toxic material, has been mostly used in applications requiring resistance to high temperatures, including medical and health care, chemical, aviation, national defense, cutting-edge science and techno...
    Read more
  • What factors affect the use time of PTFE tube pipe

    What factors affect the use time of PTFE tube pipe

    Bronze filled ptfe tube, commonly known as polytetrafluoroethylene tube (F4 tube, tetrafluoroethylene tube), is a high quality plunger extruded tube and uses a special processing technology to closely combine steel and plastic tubes. Teflon tube can withstand negative pr...
    Read more
  • PTFE Sleeves/Tubing

    PTFE Sleeves/Tubing

    PTFE (Polytetrafluoroethylene)   The combination of chemical and physical properties of PTFE is a consequence of its true fluorocarbon structure.  This unusual structure leads to a material which has an almost universal chemical inertness; complete insolubility in all known solvents bel...
    Read more