Factory making Spiral Wound Gasket-R to Lithuania Factories
Factory making Spiral Wound Gasket-R to Lithuania 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
echnical 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?
Factory making Spiral Wound Gasket-R to Lithuania Factories, The product will supply to all over the world, such as: , , ,
this is my redemption video from my last intake vid I did when I was 19. now you get to see me do everything. enjoy. everything is done by the book and set to proper specifications. SBF rebuild
The Hosokawa Micron Powder Characteristics Tester PT-X makes use of state of the art features to identify the characteristics of a wide range of powdered materials. The instrument is capable of determining 11 different characteristics.
Compressibility
Compressibility is the percentage amount of volume loss a substance will sustain when put under pressure. Essentially, it is how much an object can be crushed without being destroyed.
Determining the Compressibility
The compressibility of a material is determined through two tests: the aerated density test, and the tapped density test. The difference between the results of the aerated density test and the tapped density test is the substance’s compressibility. This video explains how the Hosokawa Micron Characteristics Tester PT-X can be used to determine the compressibility of a granulator material.
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