Menus
Product search
Language
Share
Home / Products / Plastic Pipe Series / β-PPH Pipes / 1.6 MPa
Product classification
Contact Us

1.6 MPa β-PPH Pipes Manufacturer

  • β-PPH Pipes 1.6 MPa

    β-PPH Pipes 1.6 MPa

    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 1.6 MPa β-PPH Pipes Manufacturer and Custom 1.6 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
  • Matching Plastic Valve and Plastic Piping by Pressure Class and Material

    Direct Answer A dependable industrial fluid-handling network is built by matching three variables at once, not by shopping for parts one at a time: the pressure class of the Plastic Piping, the body material of the Plastic Valve, and the connection method that joins them. Pairing a β-PPH or PVDF valve with pipe from t...

    View More
  • What Media Flows Through a Ball Valve?

    Direct Answer A ball valve is built to handle almost any flowing media in a piping system — clean water, corrosive acids and alkalis, organic solvents, compressed gases, and slurries with light particulates. The exact media a specific valve can carry depends on the body material and seal compound: PP-H and PPN bodies ...

    View More
  • What pressure rating do I need? (0.6 MPa vs 1.0 MPa vs 1.6 MPa)

    For most residential and low-pressure industrial water lines, 0.6 MPa piping is sufficient. For general chemical transfer, cooling loops and standard process water at moderate flow, 1.0 MPa is the common industry default. For compressed media, deep well discharge, high-rise distribution or safety-critical chemical dos...

    View More
1.6 MPa Industry knowledge

What are 1.6MPa β-PPH Pipes?

1. Material Properties: β-PPH (β-polypropylene copolymer) is a highly crystalline polypropylene material with excellent corrosion resistance, high temperature resistance, and pressure resistance, enabling long-term stable operation at a working pressure of 1.6MPa (approximately 16 bar).

2. Structural Advantages: β-PPH pipes utilize a seamless or welded structure with uniform wall thickness. The wall thickness to outer diameter ratio (SDR) can be flexibly selected according to different operating conditions, ensuring strength while reducing material consumption.

3. Application Areas: Widely used in pipeline systems with strict requirements for pressure and corrosion resistance, such as photovoltaic supports, semiconductors, chemicals, metallurgy, environmental protection, biochemistry, aquaculture, and pharmaceutical manufacturing. 4. Company Advantages: Jiangsu Leiting Precision New Materials Co., Ltd., as a leading domestic manufacturer of 1.6MPa β-PPH pipes, boasts a 19,980㎡ production base, RMB 110 million in fixed assets, and 81 patents as of 2024 (including 36 invention patents), demonstrating significant competitiveness in R&D, quality control, and customized services.

How to select the appropriate wall thickness based on DN and SDR to meet a 1.6MPa working pressure?

1. Determine the pipe diameter (DN): First, select the nominal diameter DN based on the flow requirements of the transported medium and site space limitations. Commonly used DN ranges from 6mm to 300mm.

2. Select the appropriate SDR (Standard Size Ratio): SDR = Outer Diameter ÷ Wall Thickness. A smaller SDR results in a thicker wall and stronger pressure resistance; a larger SDR results in a thinner wall, making the pipe lighter but reducing its pressure resistance. At a working pressure of 1.6MPa, commonly used SDR specifications include SDR11, SDR17, SDR21, and SDR26. Specific selection is as follows:

High-pressure applications (e.g., chemical industry, photovoltaic support): SDR11 or SDR17 is recommended to ensure sufficient wall thickness.

Medium-pressure applications (e.g., general industrial conveying): SDR21 is an option.

Low-pressure applications (e.g., water treatment, freshwater conveying): SDR26 also meets the safety margin of 1.6MPa.

3. Calculating Wall Thickness
Based on the selected DN and SDR, the required wall thickness can be directly obtained using the formula: Wall Thickness = Outer Diameter ÷ SDR. For example, for DN50 (outer diameter approximately 60mm), selecting SDR17 results in a wall thickness ≈ 60mm ÷ 17 ≈ 3.5mm.

4. Cross-validation: Compare the calculated wall thickness with the minimum wall thickness comparison table provided in the "Construction Handbook" to ensure it is not lower than the minimum value required by the specifications. If the calculated wall thickness is slightly lower than the minimum value in the table, the SDR (i.e., thicken) should be increased or the pipe diameter should be increased to meet the safety margin.