High Efficiency Factory Carbon Fiber Packing Impregnated with PTFE to Anguilla Factory

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Diagonal braided to form a dense but pliable packing, each carbon fiber is pre-impregnated with PTFE, and re-impregnated during square braided. It is premium service packing for media of weak chemical corrosion and grains of particles exit. Technical Data Sheet   Rotating Reciprocating Valves Pressure 3Mpa 10Mpa 25Mpa Shaft Speed 15m/s rotary Temperature -200℃~+280℃ PH Range 2~12  Application Area Resist all the strong corrosive media and media with a...


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High Efficiency Factory Carbon Fiber Packing Impregnated with PTFE to Anguilla Factory Detail:

Diagonal braided to form a dense but pliable packing, each carbon fiber is pre-impregnated with PTFE, and re-impregnated during square braided. It is premium service packing for media of weak chemical corrosion and grains of particles exit.

Technical Data Sheet

 

Rotating

Reciprocating

Valves

Pressure

3Mpa

10Mpa

25Mpa

Shaft Speed

15m/s rotary

Temperature

-200℃~+280℃

PH Range

2~12

 Application Area

Resist all the strong corrosive media and media with a few crystal particles with the exception of the strong oxidizing agent polonium, chiefly used for the sealing of the centrifugal pump, column pump, mixer and valves.


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 Carbon Fiber Packing Impregnated with PTFE to Anguilla Factory detail pictures


Related Product Guide:
A Look at the Molded Gasket
What Is A PTFE Ring Gasket?

High Efficiency Factory Carbon Fiber Packing Impregnated with PTFE to Anguilla Factory, 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



    This video will show you how to replace the O-ring for the KOHLER K-12177 Fairfax kitchen sink faucet.


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