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Common characteristics and key considerations of high-pressure pipes

1. Material strength: High-pressure pipe repair clamps use high-strength materials, high-strength carbon steel and stainless steel.

2. Wall thickness: High-pressure pipe repair clamps are calculated and determined according to the design pressure, temperature, pipe diameter and safety factor. They are usually much thicker than low-pressure pipes. High-pressure pipe repair clamps designed with different pipe thicknesses have different wall thicknesses

3. Rubber: Rubber can be customized to be corrosion-resistant and oil-resistant according to the different properties of the fluid inside the pipe.

4. Manufacturing process: Welded pipes must undergo special process strict inspection and welding connection method.

5. Pressure test: After the pipe repair clamp is installed, a strength test and sealing test higher than the working pressure must be carried out (mainly water pressure test, air pressure test needs to be particularly cautious).

6. Standard specifications: Design, materials, manufacturing, and inspection must follow strict standards.

7. Safety margin: The design pressure is usually much higher than the maximum working pressure, and the safety factor is considered.
8. Corrosion protection: Corrosion is more prominent under high pressure. Choose corrosion-resistant materials or take protective measures according to the medium. The surface is treated with epoxy powder coating, which has a good anti-corrosion effect.

Application areas of high-pressure pipe repair clamp

Petroleum and natural gas industry pipelines: internal gathering and transportation of oil and gas fields, long-distance oil and gas transmission pipelines, high-pressure water injection/gas injection pipelines, high-pressure steam injection pipelines, submarine pipelines, internal pipelines of natural gas processing plants/refineries/chemical plants, etc. Use high-pressure pipe repair clamps for pipeline damage.

Chemical and petrochemical industry pipelines: high-pressure reactor feed and discharge pipelines, high-pressure separator pipelines, high-pressure compressor suction/discharge pipelines, supercritical fluid transmission pipelines, high-pressure steam pipelines, etc. Use high-pressure pipe repair clamps for pipeline damage.

Electric power industry pipelines: main steam pipelines, reheat steam pipelines (hot section/cold section), high-pressure water supply pipelines, geothermal power generation steam pipelines, etc. Use high-pressure pipe repair clamps for pipeline damage.