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High Temperature Resistance Corrosion Resistance Hydrogen Sulfide Resistant Rubber

High temperature corrosion resistance hydrogen sulfide resistant rubber is a special type of rubber with excellent high temperature resistance, corrosion resistance and hydrogen sulfide resistance.

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High temperature resistance corrosion resistance hydrogen sulfide resistant rubber is a special type of rubber with excellent high temperature resistance, corrosion resistance and hydrogen sulfide resistance, which is widely used in many fields. Here are some of the main uses:

Oil & Gas Industry: Used in the manufacture of transmission pipelines, valves, well drilling equipment, etc., which can withstand high temperatures, high pressures, and corrosive environments.

Chemical plants: used to manufacture seals, pipes, valves, etc., which can prevent corrosion and chemical erosion.

Power plants: used in the manufacture of high-temperature seals, thermal insulation, etc., which can withstand high temperatures and corrosive environments.

Aerospace industry: used in the manufacture of high-temperature components, aero-engine seals, etc., with high temperature and corrosion resistance.

Automotive industry: used in the manufacture of automotive engine seals, fuel system seals, etc., which can withstand high temperatures, high pressures and corrosive environments.

In short, high-temperature, corrosion-resistant, and hydrogen sulfide-resistant rubber has a wide range of applications in many fields, and its excellent performance can meet the needs of various complex environments.

hydrogen sulfide resistant rubbercorrosion resistance rubber

High Temperature Resistance Corrosion Resistance Hydrogen Sulfide Resistant Rubber Parameters

Serial number Test items Skills Requirement Detection method East -H85
1 Hardness (Shore A) 85±5 ASTM D2240 87
2 Tensile strength, MPa ≥ 18 ASTM D412 23.3
3 Elongation at break,% ≥120 154
4 100% elongation strength, Mpa ≥6 13.9
5 Permanent deformation when broken, % ≤15 7
6 Tear strength (right angle type), KN/m ≥30 ASTM D624 28
7 Compression permanent deformation, %
(175℃*24h)
≤30 ASTM D395 19%
200℃*48h
8 Brittle temperature, ℃ ≤-18 GB/T 1682 TR10 is about -5℃
Tb not tested
9 Hot air aging
(200℃*72h)
Hardness changes -3 ~+5 ASTM D573 0
Tensile strength change rate, % ≤- 20 -2%
Change rate of elongation at break, % ≤- 30 -15%
10 Resistant to 1# standard oil
(175*72h)
Hardness changes -8~+8 ASTM D471
(Actual test conditions 200℃*70h)
0.2
Volume change -8~+8 0.2
Tensile strength change rate, % ≤ -20 -12%
Change rate of elongation at break, % ≤ -30 -5
11 Resistant to 3# standard oil
(175*72h)
Hardness changes -8~+8 ASTM D471 3.6
Volume change -8~+8 5.6
Tensile strength change rate,% ≤ -20

-23

Change rate of elongation at break,% ≤ -30 -16
12 Resistant to 0# diesel
(175*72h)
Hardness changes -5~+5 ASTM D471 /
Volume change -5~+5 /
Tensile strength change rate, % ≤ -20 /
Change rate of elongation at break, % ≤ -30 /
13 Hydrogen sulfide-resistant medium
(gas phase and liquid phase)
hydrogen sulfide concentration: 35%;
test temperature: 175℃
Hardness changes -10~+10 Gas phase: NACE TM0187
Liquid phase: NACE TM0296
(The actual test period is 4 days, the rest is the same)
-8
Tensile strength change rate,% -30~+30 -26.5
Change rate of elongation at break, % -30~+30 -2.5
50% elongation strength change rate, % -30~+30  /
100% elongation strength change rate, % -30~+30 -22.5
Volume change rate, % -5~+20 3.5
Mass change rate, % -5~+20 9.4
               
Compression set,%
No bulging or cracking /
≤40 /

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