3 inch ABS DWV 90 Degree Elbow Plastic x Plastic

3-Inch ABS DWV 90-Degree Elbow – Built for Efficient Waste and Vent Transitions

The 3-Inch ABS DWV 90-Degree Elbow is designed for use in non-pressurized sanitary drainage and vent systems. It facilitates a 90-degree change in direction for piping, helping contractors achieve consistent slope and alignment in drain-waste-vent (DWV) layouts. Manufactured from impact-resistant ABS (Acrylonitrile Butadiene Styrene), this fitting is well-suited for both new installations and retrofit projects where durable, lightweight materials are required.

Key Benefits

• ✅ Schedule 40 DWV Rating – Engineered for use in gravity drainage systems with standard wall thickness for consistent performance.
• ✅ Solvent Weld Hub Connection – Provides secure, permanent bonding using compatible ABS solvent cement for airtight joints.
• ✅ Code-Compliant – Manufactured to comply with ASTM D2661 and CSA B181.1 standards for ABS DWV fittings.
• ✅ Corrosion and Chemical Resistance – Maintains integrity when exposed to a wide range of domestic wastewater compositions.

Technical Specifications

• Material: ABS thermoplastic
• Size: 3 inches nominal
• Connection: Hub x Hub solvent weld
• Standards: Meets ASTM D2661, NSF 14 certified for DWV applications
• Angle: 90 degrees (quarter bend)

Applications

This fitting is used in horizontal or vertical drain runs to redirect flow within DWV systems. It is ideal for under-floor installations, stack offsets, and branch line redirection in both residential and commercial plumbing infrastructure.

Installation Considerations

For optimal results, this elbow should be installed with ABS-specific primer (where required by code) and solvent cement. Ensure full engagement into the fitting hub for proper depth and curing. Allow adequate set and cure time per cement manufacturer guidelines before testing the system.

Note:

This product is not suitable for use in pressurized systems or where exposure to ultraviolet (UV) radiation is prolonged without protection, as ABS may degrade under UV exposure.