2 inch PVC DWV 22-1/2 Degree Elbow Plastic x Plastic

2 inch PVC 22-1/2° Elbow – DWV PxP Fitting for Directional Drainage Transitions

The 2 inch PVC 22-1/2° Elbow DWV PxP is a solvent-weld fitting used in drain, waste, and vent systems where a shallow change in flow direction is required. Its long-radius design supports smooth hydraulic transitions, reducing flow resistance and minimizing the potential for blockages in non-pressurized piping systems.

Manufactured from rigid polyvinyl chloride, this elbow is designed to deliver consistent dimensional tolerances and chemical resistance, making it suitable for both above-ground and underground DWV installations in residential and light commercial applications.

Professional Use Advantages

Engineered for system efficiency and long-term performance, this DWV fitting supports contractors in meeting code and project timelines through:

• ✅ Consistent Mold Quality – Factory-formed to provide uniform wall thickness and socket depth.
• ✅ Efficient Line Layouts – Enables directional offsets with minimal added length and elevation change.
• ✅ Solvent Weld Connections – Provides a secure, permanent joint when used with PVC primer and cement.
• ✅ DWV System Integration – Designed to join with other Schedule 40 PVC fittings for code-compliant layouts.
• ✅ Reliable Flow Control – Ideal for horizontal runs requiring gentle directional changes to maintain drainage slope.

Product Specifications

• Angle: 22-1/2 degrees
• Nominal Size: 2 inches
• Material: Schedule 40 PVC (Polyvinyl Chloride)
• End Connections: Slip x Slip (Solvent Weld)
• Standards: Complies with ASTM D2665 and applicable local plumbing codes

Application Scope

This elbow fitting is typically installed in DWV systems to achieve gradual directional changes where space or design constraints limit the use of 45° or 90° fittings. Suitable for fixture arms, branch lines, or building drains where proper pitch must be maintained for gravity flow.

System Compatibility Note

When installed with approved primer and solvent cement, the joint becomes a bonded, watertight connection capable of withstanding common acids, bases, and effluents encountered in waste systems. Not intended for pressurized applications.