High Temperature Aramid Industries Felt Pad

Short Description:

High Temperature Aramid Industries Felt Pad is made of high temperature fibre: aramid( also know as Nomex, aramid 1313), it is refined by the acupuncture process.


  • Color: Off white
  • Material: 100% Nomex
  • Highest temperature: 280℃
  • Application : aging furnace, translation step cooling table middle and low-temperature area
  • Advantage : High density, both temperature and wear-resistant, incision smooth, non-delamination, lint, pollution-free aluminum
  • Product Detail

    FAQ

    Product Tags

    High Temperature Aramid Industries Felt Pad is made of high temperature fibre: aramid( also know as Nomex, aramid 1313), it is refined by the acupuncture process. The highest resistance temperature is 280℃. Applied to translation step cooling table middle and low-temperature area, the max temperature resistance 280℃,also used as the pad material of the aging furnace.

    nomex felt pad18 nomex felt pad19

    Product specification:

    Product Name High Temperature Aramid Industries Felt Pad
    Color Off white
    Material 100% Nomex
    Highest temperature 280℃
    Application aging furnace, translation step cooling table middle and low-temperature area
    Advantage High density, both temperature and wear-resistant, incision smooth, non-delamination, lint, pollution-free aluminum

     

    Product advantage:

    1 Support for custom

    2 Long working life: Normal use, more than one year.

    3 Rich production experience

    4 Rich export experience

    5 Strong service team

     nomex felt pad14 nomex felt pad15

    Our promise:

    Our product will never appear fluff, tear, off the net, delamination, scales, deviation, elongation, deformation, aluminum pollution and other phenomena

     

    The pad felts are produced from different fibers which use 650ºC-100ºC by needling. Also, they are hardened given resin as specially to strengthen extra against abrasion.

    All the pad felts have high abrasion resistance with high temperature resistance.

     


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