Address
Zhengzhou, Henan, China
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
Valve-PPR Pipe Fittings
Valve-PPR Pipe Fittings-1
Valve-PPR Pipe Fittings-2
Specification & Dimension
| Valve-PPR Pipe Fittings | Specification | Material | Color | |||||
|---|---|---|---|---|---|---|---|---|
| Ball Valve | 20~110 | PPR, Copper, Iron | Green / White | |||||
| Double Union Ball Valve-1 | 20~32 | PPR, Copper, Iron | Green / White | |||||
| Globe Valve | 20~110 | PPR, Copper, Iron | Green / White | |||||
| Double Union Ball Valve-2 | 20~63 | PPR, Copper, Iron | Green / White | |||||
| Single Female Threaded Union Ball Valve | 20*1/2F~32*1F | PPR, Copper, Stainless Steel | Green / White | |||||
| Single Male Threaded Union Ball Valve | 20*1/2M~50*1-1/2M | PPR, Copper, Stainless Steel | Green / White | |||||
| Y-Strainer | 20~63 | PPR, Copper, Iron | Green / White | |||||
| Other: Customization sizes |
Quality Ensurance
Quality inspection process
- Environmentally friendly raw materials are recyclable
- Material chemical composition analysis and physical property test
- Each process must be inspected and qualified before continuing
- Thickness and weight test of each product
- Each pipe is not put into storage until after final inspection.
Certificate Showcase
PPR Fittings Advantages
1.Safe for Drinking Water Use
Jinquan PPR pipes are non-toxic and do not release harmful substances. They won’t react with waterborne ions or building chemicals, and there’s no galvanic corrosion when connected to metal components—ensuring safe, clean water transport.
2.Corrosion & Rust Resistance
Unlike traditional metal pipes, PPR pipes are completely resistant to rust, scaling, and corrosion—even in high-acid, high-alkali, or chloride-rich environments—making them perfect for long-term water systems.
3.Near-Zero Leakage with Heat Fusion Joints
PPR pipes use homogenous hot-melt connections, creating a single seamless system. The result? An ultra-reliable joint with virtually zero risk of leakage—cutting down on future maintenance and water loss.
4.Lightweight and Labor-Friendly
Being significantly lighter than metal pipes, Jinquan PPR pipes are easier to handle and install, reducing construction time and labor intensity while improving overall jobsite efficiency.
5.High Temperature Resistance
Designed for hot water systems, PPR pipes withstand temperatures up to 95°C (203°F) without deforming or weakening, making them ideal for domestic hot water and heating applications.
6.Low Thermal Conductivity = Energy Savings
With a thermal conductivity of only 0.23–0.24 W/(m·K), PPR pipes help retain heat in hot water systems and reduce heat gain in cold water lines—translating to lower energy bills and consistent water temperatures.
7.Smooth Inner Walls, Anti-Scaling Design
The inner surface of Jinquan PPR pipes is ultra-smooth, reducing friction and preventing mineral buildup. Water flows more efficiently, and the risk of blockages or pressure loss is significantly minimized.
8.Maintenance-Free Longevity
Resistant to corrosion, scale, and wear, PPR piping systems often last 50+ years with little to no maintenance. That means lower operating costs and fewer headaches over the long term.
9.Versatile Applications
Jinquan PPR systems are used across residential, commercial, and industrial projects—for plumbing, HVAC, chemical transport, and even agricultural irrigation thanks to their strength and weather resistance.
10.Cost-Effective and Long-Term Value
Compared to copper or metal alternatives, PPR pipes offer a lower initial investment and significantly reduced long-term costs due to durability and minimal maintenance needs.
11.Environmentally Friendly
Made from recyclable materials, PPR pipes support sustainable building practices. Their insulating properties also reduce energy consumption, aligning with green building standards.
12.Quick & Reliable Installation
PPR pipes are joined via heat-fusion, forming strong, permanent seals. This simple method reduces labor time and eliminates the need for sealants or adhesives—streamlining your installation process.