Factory provide nice price PTFE Packing with Aramid Corner for Sydney Factories

Short Description:

PTFE packing with aramid corner is made from aramid yarns impregnated with PTFE, while the friction faces are made of PTFE yarns. This structure enhances the lubrication ability of aramid fiber and improves the strength of the pure PTFE. Technical Data Sheet   Rotating Reciprocating Valves Pressure 4Mpa 15Mpa 25Mpa Shaft Speed 22m/s rotary Temperature -100℃~+280℃ PH Range 2~12  Application Area It affords longer service life under severe conditions w...


Product Detail

Product Tags

Related Video

Feedback (2)

, , ,
Factory provide nice price PTFE Packing with Aramid Corner for Sydney Factories Detail:

PTFE packing with aramid corner is made from aramid yarns impregnated with PTFE, while the friction faces are made of PTFE yarns. This structure enhances the lubrication ability of aramid fiber and improves the strength of the pure PTFE.

Technical Data Sheet

 

Rotating

Reciprocating

Valves

Pressure

4Mpa

15Mpa

25Mpa

Shaft Speed

22m/s rotary

Temperature

-100℃~+280℃

PH Range

2~12

 Application Area

It affords longer service life under severe conditions which conventional asbestos packing can bot provide satisfaction, such as mine, tin ore, paper pulp, feed water pump of power stations, etc.


Product detail pictures:

Factory provide nice price
 PTFE  Packing with Aramid Corner for Sydney Factories detail pictures


Related Product Guide:
O-Ring Sizes for Industrial Applications
What Is A PTFE Ring Gasket?

Factory provide nice price PTFE Packing with Aramid Corner for Sydney Factories, The product will supply to all over the world, such as: , , ,


  • www.TinsleyCompany.com for more information and price quotes.

    Semi-auto box filling system fills empty boxes with chopped metal fibers by weight. These fibers are added to concrete to increase strength.

    Metal fibers for filling the boxes are delivered via belt conveyor to a surge hopper and vibratory feeder. When empty box is placed on the filling scale by operator, the system is started. The vibratory feeder, operating at full flow, conveys the metal fibers into the empty box. During box filling, the vibratory densifier is activated to denisify the material in the box. When box is 90% filled, the vibratory feeder slows to a “dribble rate” and stops when the box reaches target weight. Densifier stops and filled box is conveyed to a packaging station.

    All controls are prewired and pre-piped. Client brings power and compressed air to the control enclosure. Controller uses digital scale for weighing and PLC to control all other functions including activation of the densifier. Controller allows for adjustment of filled box weight, full flow and dribble flow rates, and densifier timing.


    5 Stars By from -

    5 Stars By from -

    Related Products