Low MOQ for PTFE Filament Braided Packing for Manufacturers

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PTFE filament packing is braided from pure PTFE filament yarn and impregnated with PTFE dispersion, it has the better internal structure, higher cross-sectional density and structural strength than traditional PTFE packing. Technical Data Sheet   Rotating Reciprocating Valves Pressure 3Mpa 15Mpa 25Mpa Shaft Speed 12m/s rotary Temperature -200℃~+280℃ PH Range 0~14  Application Area Rotary and reciprocating plant in the food processing, pharmaceutical,...


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Low MOQ for PTFE Filament Braided Packing for Manufacturers Detail:

PTFE filament packing is braided from pure PTFE filament yarn and impregnated with PTFE dispersion, it has the better internal structure, higher cross-sectional density and structural strength than traditional PTFE packing.

Technical Data Sheet

 

Rotating

Reciprocating

Valves

Pressure

3Mpa

15Mpa

25Mpa

Shaft Speed

12m/s rotary

Temperature

-200℃~+280℃

PH Range

0~14

 Application Area

Rotary and reciprocating plant in the food processing, pharmaceutical, special chemicals, and pulp and paper sectors.  


Product detail pictures:

Low MOQ for
 PTFE Filament Braided Packing for  Manufacturers detail pictures


Related Product Guide:
O-Ring Sizes for Industrial Applications
Comparison of O-Ring Materials

Low MOQ for PTFE Filament Braided Packing for Manufacturers, The product will supply to all over the world, such as: , , ,


  • I built a physical deposition chamber, for now it’s just evaporative deposition but I plan on adding a few other variants. The thin films created can be used in many ways.
    The chamber still has a ton of space leftover and I have some more equipment coming so hopefully I can do more interesting things.
    Sorry there’s no footage of lathing the feedthroughs, they worked nice with a cut o-ring and some heat shrink. Make sure you cut a slot down the holding screw threads to vent behind em. The 2 copper feedthroughs allow (with a center tap) 2 tungsten boats with different metals so I can avoid opening the chamber in a multi layer coating.
    The pump down takes about 45 min. to get to 10e-5. I can use a small steel hemisphere with a kf40 hose on the top for use with a secondary high vacuum chamber. The shutter was aluminum flashing with some steel stuck on one side so a neodymium magnet on the outside of the bell jar could move it around without a feedthrough.
    This build was really fun

    I got everything from mcmaster, K.j lesker, ebay and what I already had

    This did cost a bit to make:
    diffusion pump- $160
    mechanical pump-$140
    plate- $270 (ouch!)
    valves- $90
    gauges- $200
    misc vacuum stuff -$120
    bell jar – $140 (stupid)
    other stuff – maybe $100?

    I recommend you check out https://www.youtube.com/user/bkraz333
    he has done some neat stuff with his setup and a bunch of other things

    Warning: Something might be dangerous

    Consider supporting me and my projects on patreon! https://www.patreon.com/Bennbuilds


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