Specializing in the production of
Spiral Wound Gaskets 
Specializing in the production of Spiral wound gaskets is formed by preloading with corrugated metal and nonmetal with alternating overlapping spiral wound made, and add reinforcement ring according to working conditions. Because it has multi-channel sealing, high temperature, corrosion-resistant, less demanding on the flange sealing surface roughness and other characteristics, so it is widely used in power stations, aviation, petrochemical, valves and other industries.
Medium: steam, hydrogen, natural gas, pyrolysis gas, oil, acid, alkali, salt solutions etc.

Specializing in the production of Spiral wound gaskets

Specializing in the production of Spiral wound gaskets

Specializing in the production of Spiral wound gaskets

Specializing in the production of Spiral wound gaskets

Specializing in the production of Spiral wound gaskets

Specializing in the production of Spiral wound gaskets Type selection: 1.Specializing in the production of Spiral wound gaskets basic mode Consists of a metal belt and filling material wrapped, applicable to the concave and convex flanges, mortise flange and groove flange. 2.Specializing in the production of Spiral wound gaskets with inner ring The addition of the metal inner ring on the basic type as the pressure retaining body, also fill the flange and sealing of the inner edge of the air gap, the design can prevent the solid accumulation, reduce fluid impact, and make the flange surface erosion to minimize. 3.Specializing in the production of Spiral wound gaskets with outer ring Using the outer ring, the
Gasket can be placed in the center of the flange accurately, this well provide additional stress to prevent the gasket burst into a compression check point. Generally applicable to the plane and raised face flanges. 4.Specializing in the production of Spiral wound gaskets with inner and outer ring Add in the inner outer ring based on outernal compression as a stopping point, also be resistance body heat and corrosion, protection the pad plate sealing surface of flange, to prevent corrosion. Suitable for the plane and raised face flanges, especially in high temperature and high pressure work conditions. Specializing in the production of Spiral wound gaskets section plan

Specializing in the production of Spiral wound gaskets matching flange selection table

Specializing in the production of Spiral wound gaskets Main materials specifications
Metal material temperature table |
Material | Min °F °C | Max °F °C | Abbreviation mark |
304SS | -320 | -195 | 1400 | 760 | 304 |
306LSS | -150 | -100 | 1400 | 760 | 316L |
321SS | -320 | -195 | 1400 | 760 | 321 |
347SS | -320 | -195 | 1700 | 925 | 347 |
WCB | -40 | -40 | 100 | 540 | CRS |
20 Cb-3(Alloy) | -300 | -185 | 1400 | 760 | A-20 |
HASTELLOYB2 | -300 | -195 | 2000 | 1090 | HASTB |
HASTELLOYC276 | -300 | -185 | 2000 | 1090 | HASTC |
INCOLOY800 | -150 | -100 | 1600 | 870 | In800 |
INCONEI600 | -150 | -100 | 2000 | 1090 | INC600 |
INCONEL×750 | -150 | -100 | 2000 | 1090 | INX |
MONEL400 | -200 | -130 | 1500 | 820 | MON |
Nickel 200 | -320 | -195 | 1400 | 760 | Ni |
Titanium | -320 | -195 | 2000 | 1090 | Ti |
Filling material temperature resistance performance table |
Material | Min °F °C | Max °F °C | Abbreviation mark |
Ceramic | -350 | -212 | 2000 | 1090 | CER |
Flexible graphite | -350 | -212 | 950 | 510 | F.G. |
Teflon | -400 | -240 | 500 | 260 | PTEE |
Asbestos | -324 | -198 | 1022 | 550 | ASB |
Non asbestos | -184 | -120 | 482 | 250 | TNA |
Specializing in the production of Spiral wound gaskets use filed
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Product Categories : Spiral Wound Gasket