PVC 45 Degree Elbow

PVC 45 Degree Elbow

PVC 45-degree water supply elbow is a commonly used pipe fitting in the pipeline system, mainly used to change the flow direction of the pipeline. PVC (polyvinyl chloride) is a lightweight, high-strength thermoplastic material with good corrosion resistance and weather resistance, especially suitable for water supply systems.
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Description
Technical Parameters

 

The PVC 45 degree elbow is a critical pipe fitting used to alter the direction of a pipeline; its primary function is to facilitate a smooth change in the routing of the piping system. Compared to a 90-degree elbow, the 45 degree elbow guides fluid flow more gently, effectively reducing flow resistance, minimizing turbulence and noise, and mitigating erosion of the pipe walls.It is suitable for use in drainage, sewage, and ventilation systems.

product-800-800

 

PVC 45 degree elbow Information Sheet

 

Feature

Specification

Material

PVC

Product name

PVC 45 degree elbow

Size

20mm, 25mm, 32mm, 40mm, 50mm, 63mm, 75mm, 90mm, 110mm, 140mm, 160mm, 200mm, 250mm, 315 mm

Color

Standard colors: blue,black,white. Custom colors are also available.

Sub Type

Elbow

Type

Fitting

Connection Type (End 1)

Socket

Connection Type (End 2)

Socket

Common use

Pressure applications

 

Core Structure and Working Principle

 

  • The core of the PVC 45 degree elbow lies in its precisely engineered 45 degree angled structure:
  • Gradual Direction Change: The 45 degree bend angle is designed to facilitate a smooth transition in fluid direction, thereby minimizing energy loss and pressure drop typically associated with abrupt turns.
  • Socket Connection: Both ends of the elbow are typically designed as sockets, intended for solvent bonding with PVC pipes of the same nominal size. This method of connection is simple to execute and creates a high-strength, permanent, and leak proof joint.

As fluid flows through the 45 degree elbow, its direction is precisely altered by 45 degrees. This gradual redirection allows the fluid to pass through the elbow more smoothly, preventing violent impacts and the formation of turbulence, thereby ensuring the operational efficiency and stability of the entire piping system.

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