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1.0 MPa β-PPH Pipes Manufacturer

  • β-PPH Pipes

    β-PPH Pipes

    Product Specifications: DN15 (D20), DN20 (D25), DN25 (D32), DN32 (D40), DN40 (D5...

About us
Jiangsu Leiting Precision New Materials Co, Ltd
Jiangsu Leiting Precision New Materials Co, Ltd
Jiangsu Leiting Precision New Material Co., Ltd. (formerly Jiangsu Haobo Plastic Industry Co., Ltd.) is China 1.0 MPa β-PPH Pipes Manufacturer and Custom 1.0 MPa β-PPH Pipes Factory, located at No. 55 Haichuan Road, Dongtai City High-Tech Zone, Jiangsu Province. Established in 2008, the company now occupies an area of 19,980 square meters, with a total investment of 110 million RMB in its new facility.
We focus on pipeline applications for the solar panel, semiconductor, chemical, ironmaking, environmental protection, biochemical, aquarium/marine, and pharmaceutical manufacturing industries. Our goal is to establish ourselves as a high-tech enterprise integrating the production and sales of various valves, pipe fittings, and pipes, while driving technological innovation in the valve industry. As of December 2024, we hold 81 patents, including 36 invention patents, 36 utility model patents, and 9 design patents.
Guided by our R&D philosophy of "Technology Creates the Future," our quality principle of "Quality Creates the Market," and our marketing ethos of "Brand Creates Value," we remain committed to innovation and providing comprehensive, high-quality services to global customers.
Certificates
  • Honour Certificate for Integrity Managers
  • Honour Certificate for Integrity Entrepreneurs
  • AAA-level integrity management demonstration unit
  • AAA corporate credit rating certificate
  • AAA quality service integrity unit
  • AAA-level contract-abiding and trustworthy enterprise
  • AAA corporate credit rating certificate
  • Lei Ting National Inspection Report PPH Elbow D63
  • Lei Ting National Inspection Report PPH tube D63
  • A plug-in positioning butterfly valve
  • A resiliently driven compensating union valve
  • A pressure-locking butterfly valve
News
  • What Makes Auxiliary Materials Critical for Piping Systems?

    In industrial piping systems, the Auxiliary Material Series are not optional accessories but core components that ensure system sealing integrity, stability, and long-term reliability. From flange gaskets and flexible connectors to pipe clamps, nozzles, and mechanical fittings, these auxiliary materials directly impac...

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  • Which Raw Material Series Best Fits Your Needs?

    In the industrial landscape of 2026, the Raw Material Series has evolved beyond simple manufacturing inputs into a core metric for evaluating a company's technical depth and supply chain resilience. As global carbon neutrality targets intensify, the research and development of industrial polymer granules have entered ...

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  • Which is more corrosion-resistant: β-PPH Pipes or PVDF Pipes?

    In the selection of high-performance plastic Pipes systems, corrosion resistance is the core indicator determining system service life and safety. Regarding the question of whether β-PPH or PVDF Pipes is more corrosion-resistant, the conclusion is as follows: PVDF (Polyvinylidene Fluoride) Pipes exhibits significantly ...

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1.0MPa Industry knowledge

What are 1.0MPa β-PPH pipes?

1. Material Nature: β-PPH (β-crystalline polypropylene homopolymer) is a homopolymer polypropylene obtained through β-modification. It possesses a fine and uniform β-crystalline structure, exhibiting excellent chemical corrosion resistance, wear resistance, and insulation properties.

2. Pressure Rating: The product is designed for a working pressure of 1.0MPa, meeting the medium-to-low pressure transmission needs of industries such as solar energy, semiconductors, chemicals, and pharmaceuticals.

3. Sizes and Specifications: The company offers various pipe diameters and wall thicknesses, which can be customized according to customer piping systems, compatible with various valves, fittings, and accessories.

4. Application Areas: Widely used in high-requirement industrial piping systems such as photovoltaic brackets, semiconductor cooling, chemical media transportation, environmental water treatment, and pharmaceutical manufacturing.

How are the maximum operating temperature and low-temperature brittleness of 1.0MPa β-PPH pipes assessed?

1. Maximum Operating Temperature: The upper limit of the operating temperature of β-PPH pipes is generally 110℃, and can reach 120℃ under special operating conditions, meeting the transportation needs of most industrial heat media. 2. Low-Temperature Performance: The low-temperature embrittlement temperature of polypropylene is approximately -70℃. β-PPH maintains good toughness within the range of -20℃ to -70℃, requiring no additional antifreeze measures for winter construction.

3. Evaluation Methods:
Thermomechanical Property Testing: The upper temperature limit and embrittlement point of the material are determined through experimental data on the coefficient of thermal expansion, yield strength, and impact toughness at different temperatures.
Long-Term Temperature Resistance Testing: The pipe is continuously operated at 110℃ for over 5000 hours, observing creep, hardening, and dimensional changes to verify the reliability of the maximum operating temperature.
Low-Temperature Impact Testing: Impact tests are conducted at -70℃ to ensure the pipe retains sufficient impact absorption capacity even at extreme low temperatures.