45 degree elbow

UPVC 45° Degree elbow is a widely used connector in pipeline installations, primarily used to change the direction of the pipe, especially at the connection between the main pipe and the branch pipe. Due to its physical properties and convenient connection methods, PVC-U pipe fittings, such as the 45° Degree elbow, are extensively used in fields like water supply, drainage, chemical industry, and agricultural irrigation. The 45° Degree elbow can be connected to the pipe in various ways, including solvent cement, flange connection, and socket connection, and the choice of connection method depends on the specific installation environment and requirements.

Product Name: PVC-U 45 Degree Elbow
Material: PVC-U
Pressure Ratings: 1.0MPa, 1.6Mpa
Connection Methods: Socket and Spigot, Solvent Cement, Flange Connection
Colors: White, Grey, Green, etc. Custom Colors Available
Production Standard: GB/T 10002.2-2003
Density: 1.35~1.46 g/cm³
Working Temperature: -20°C to 110°C
Vicat Softening Point: ≥80°C
Longitudinal Shrinkage Rate: ≤5%
Drop Hammer Impact Test: 0°C TIP ≤5%
Hydrostatic Pressure Test: No Burst, No Leakage
Seal Test: No Burst, No Leakage
Sunlight Resistance Test: UV Resistant
Vinyl Chloride Monomer Content: ≤1 mg/kg
Flexural Strength: ≥36 MPa

1. Excellent surface hardness and tensile strength, with a high pipeline safety factor, capable of withstanding greater pressure and tensile force.
2. The PVC material itself is non-toxic and odorless, causing no harm to the environment or the human body. At the same time, the product strictly follows environmental protection standards in the production process to ensure the safety and reliability of the product.
3. The PVC 45-degree elbow provides a variety of connection methods, such as socket and spigot, solvent cement, etc. These connection methods not only meet different installation requirements but also improve construction efficiency.
4. Due to its reasonable internal design and smooth surface, the resistance of the fluid passing through the elbow is relatively small, which can maintain a high flow rate and reduce energy loss.