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Description
Overview of offered variants
Asbestos-free POWERgasket sealing plates made of a mixture of aramid fibers use elastomers, especially NBR, as binders, and for this reason they are limited in both the temperature and chemical range.
Powergasket 100
Aramid fibers + NBRPowergasket 200
Aramid and cellulose fibers + NBRPowergasket 300
Aramid fibers + NBRPowergasket 350 A
Aramid fibersPowergasket 400
Graphite and carbon fibers + NBR
Powergasket 100
Asbestos-free sealing plate made of aramid fibers with NBR binder.
- For low pressures and temperatures.
- For water, petroleum derivatives and hydrocarbons, weak bases, brine, vegetable and animal oils, common chemicals, aliphatic and aromatic solvents, neutral solutions, etc.
- Also suitable as a seal for Teflon shirts.
Powergasket 200
Asbestos-free sealing plate made of a mixture of aramid fibers and cellulose fibers with NBR binder.
- For medium pressures and temperatures.
- For air, water, brine, low pressure steam, organic and weak inorganic acids, weak and concentrated bases, petroleum derivatives and hydrocarbons, vegetable and animal oils, alkaline and chlorine-based solvents, coolants, gases and chemicals in general.
Powergasket 300
Asbestos-free sealing plate made of a mixture of aramid fibers with NBR binder.
- For medium to high pressures and temperatures.
- For petroleum derivatives and hydrocarbons, drinking water, saturated steam, gases and chemicals in general.
Tested and approved for use for drinking water - KTW.Powergasket 350 A
Asbestos-free sealing plate made of aramid fibers, CMS.
- For various aggressive media, very good chemical resistance to acids and alkalis.
- Graphite coating, PTFE and antistatic coating on request.
Powergasket 400
Asbestos-free sealing plate made of graphite and carbon fibers with NBR binder.
- For the highest pressures and temperatures.
- For petroleum derivatives and hydrocarbons, water, saturated steam, solvents, gases and chemicals in general.
Property overview
POWER® gasket ASTM 100 200 300 350 400 Temperature range in oxidizing atmosphere up to +220 ºC up to +240 ºC up to +260 ºC up to +200 ºC up to +270 ºC The operating pressure up to 30 bar up to 50 bar up to 80 bar up to 60 bar up to 130 bar Compressibility F 36 15% 7 ÷ 17% 10% 8% 9% Reverse suspension F 36 55% 45% 60% 45% 60% Weight
gain : 5h / ASTM IRM 903 at 150 ºC
5h / ASTM Fuel B at +21 ÷ +29 ºCF 146
11%
9%
15%
15%
11%
9%
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10%
9%Thickness increase:
5h / ASTM IRM 903 at 150 ºC
5h / ASTM Fuel B at +21 ÷ +29 ºCF 146
9%
8%
12%
10%
8%
7%
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7%
7%Tensile strength - 8 N / mm 2 11.5 N / mm 2 12 N / mm 2 10 N / mm 2 15 N / mm 2 Tensile strength - approx. 1.8 g / cm 3 approx. 1.75 g / cm 3 approx. 1.95g / cm 3 approx. 1.7 g / cm 3 approx. 1.7 g / cm 3 Board thicknesses - 0.5 • 1.0 • 1.5 • 2.0 • 3.0 mm Dimensions of boards - 1500 x 1600 mm; 1500 x 3200 mm to order -