TUBOMART OEM Plastic Polypropylene Pipe Elbow Ppr Pipes And Fittings
PPR pipe fittings are vital components in plumbing and fluid transportation systems, offering numerous advantages such as high temperature and chemical resistance, durability, and ease of installation. Their applications span residential, commercial, industrial, agricultural, and even maritime sectors, making them a versatile choice for various fluid conveyance needs. The manufacturing processes ensure consistent quality and performance, making PPR pipe fittings a reliable choice for modern infrastructure projects.
| Place of Origin | Zhejiang, China |
| Customized support | OEM, ODM |
| Brand Name | Tubomart or customized |
| Connection | Female |
| Product name | PPR socket |
| Connection method | Welding |
| Color | White&Green,Customized |
| Material | PPR |
| MOQ | 5000 |
| Certification | ISO9001 ISO14001 CE |
| Application | Water Trasportation |
| Standard | ISO15874 |
| Packing | Opp bag+carton |
Composition of the Material
PPR is a premium thermoplastic polymer used in the production of PPR pipe fittings. This substance is a kind of random copolymer polypropylene, consisting of several co-monomers and random copolymer propylene. The material has a number of important qualities that make it perfect for pipe fittings.
Benefits
High Temperature Resistance: PPR pipe fittings are appropriate for both hot and cold water systems because of their ability to tolerate a broad range of temperatures. Even at high temperatures, they keep their structural integrity.
Chemical Resistance: PPR exhibits a high level of chemical resistance, rendering it appropriate for employment in a range of industrial settings where potential contact with caustic materials arises.
Low Thermal Conductivity: PPR minimizes heat loss in hot water systems due to its low thermal conductivity, which contributes to energy conservation.
Smooth Inner Surface: The inner surface of PPR pipes and fittings is smooth, which lowers friction and lowers the possibility of clogs and blockages.
Longevity: Because of their robustness and resilience to environmental conditions, PPR pipe fittings frequently have a service life of more than 50 years.
Ease of Installation: The lightweight design and straightforward connection techniques of these fittings make them simple to install, which lowers labor costs and installation time.
Production Method
The following crucial procedures are involved in the manufacture of PPR pipe fittings:
Selection of Raw Materials: PPR resin of the highest caliber is used because of its consistency and purity.
Extrusion: To create elbows, tees, couplings, and adapters, the PPR resin is heated and extruded into the required shape.
Cooling and Sizing: In order to get the proper dimensions and avoid warping, the extruded fittings are quickly cooled and sized.
Quality Control: Every fitting is put through a rigorous quality control inspection to make sure the material quality and dimensional correctness meet industry standards.
Packaging: The completed PPR pipe fittings are ready to be sent out to clients after being packaged.
Methods of Connection
PPR pipe fittings provide flexibility and convenience of installation by providing a variety of connecting methods:
Heat Fusion: The most popular and dependable technique. The PPR pipes and fittings' ends are melted using a specialized heating tool, resulting in a flawless, leak-proof union when they cool and solidify.
Socket Fusion: Socket fusion, which is comparable to heat fusion, joins PPR pipes and fittings with heat. On the other hand, this method ensures a snug connection because the pipes and fittings have fittings that fit together.
Threaded Connections: Standard pipe threads can be used to connect a few PPR fittings, including threaded plugs and adapters. To guarantee a tight seal, apply Teflon tape or thread sealant.
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