8 Years Manufacturer Spiral Wound Gasket-CGI for Uzbekistan Factories
8 Years Manufacturer Spiral Wound Gasket-CGI for Uzbekistan Factories Detail:
Spiral wound gasket consists of “V-shape”(or”W-shape”)metal tape and nonmetal tape, which are overlapped each other and wound continuously.To fasten the metal tape,both its start point and end point are tack welded.
Feature
Wide Scope of acceptable working conditions. Can be used under high temperature, high pressure and ultra-low temperature or vacuum conditions. Change the combination of the gasket materials is to tackle the chemical corrosion problem of diverse media toward the gasket.
Not very rigid requirements to the surface precision of the flange. May be used to seal flanges with rough surface
Easy installation and handy use.
Excellent Sealability
Products Type
Technical Data Sheet
|
Product&Type |
Size（mm） |
Temperature(℃) |
Pressure（Mpa） |
|
Spiral Wound Gasket filled with Graphite
|
φ16~φ3200 |
(In Oxidizing Environment )-240~+550℃；(In non-Oxidizing Environment)-240~+870℃ |
(Under hot water, oil etc. )30 Mpa; (Under vapor oil, gases etc.)20 Mpa |
|
Spiral Wound Gasket filled with Asbestos
|
φ16~φ3200 |
-150~+450℃ |
15 |
|
Spiral Wound Gasket filled with PTFE
|
φ16~φ3200 |
-200~+250℃ |
15 |
Application Area
The Spiral Wound Gaskets are mainly used in valves &pipes, pressure vessel, condenser, heat exchanger flanges in oil, chemical, metallurgy, vessel and mechanical industries.
Product detail pictures:
Related Product Guide:
Comparison of O-Ring Materials
What Is A PTFE Ring Gasket?
8 Years Manufacturer Spiral Wound Gasket-CGI for Uzbekistan 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.
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