The NIBCO 3 in. PVC DWV long radius combination tee-wye is used in residential and commercial drain, waste and vent systems. The PVC DWV tee-wye features a long radius and a hub x hub x hub connection. The tee-wye allows for a connection to be made in continuous pipeline and branch out to a different direction.

• PVC requires a primer before cementing
• Use when connecting a horizontal PVC branch line into a vertical PVC drain line
• For non-pressurized sanitary systems
• All-hub solvent-welded connections
• Maximum working pressure of 5 psi
• Smooth interior finish for reduced friction and material buildup
• Helps remove wastewater and waterborne wastes from plumbing fixtures and appliances
• Do not test or use with compressed air or other gases
• Maximum service temperature 140 degree F

The NIBCO 3 in. x 3 in. x 2 in. PVC DWV long radius combination tee-wye is used in residential and commercial drain, waste and vent systems. The PVC DWV tee-wye features a long radius and a hub x hub x hub connection. The tee-wye allows for a connection to be made in continuous pipeline and branch out to a different direction. Polyvinyl chloride (PVC) is the most frequently specified of all thermoplastic materials because of its light weight, durability and cost-effectiveness. PVC DWV is easy to install and is joined by solvent cementing or threading.

• PVC requires a primer before cementing
• Use when connecting a horizontal PVC branch line into a vertical PVC drain line
• For use with non-pressurized sanitary systems
• All-hub solvent-welded connections
• Maximum working pressure of 5 psi
• Smooth interior finish for reduced friction and material buildup
• Helps remove waste water and waterborne wastes from plumbing fixtures and appliances
• Do not test or use with compressed air or other gases
• Maximum service temperature 140 degree F

The NIBCO PVC DWV long radius combination tee-wye is used in residential and commercial drain, waste and vent systems. The PVC DWV tee-wye features a long radius and a hub x hub x hub connection. The tee-wye allows for a connection to be made in continuous pipeline and branch out to a different direction.

• PVC requires a primer before cementing
• For non-pressurized sanitary systems
• Connects a horizontal PVC branch line into a vertical PVC drain line
• All-hub solvent-welded connections
• Maximum working pressure of 5 psi
• NSF/ANSI standard 14
• UL Listed 94V-0

The NIBCO 4 in. PVC DWV All-Hub Long-Radius Sanitary Tee can be used to connect a horizontal PVC branch line into a vertical PVC drain line. The tee features all-hub solvent-welded connections. Polyvinyl chloride (PVC) is the most frequently specified of all thermoplastic materials because of its light weight, durability, and cost-effectiveness. PVC DWV is easy to install and is joined by solvent cementing or threading.

• PVC requires a primer before cementing
• Connects a horizontal PVC branch line into a vertical PVC drain line
• For non-pressurized sanitary systems
• All-hub solvent-welded connections
• Maximum working pressure of up to 5 psi
• Smooth interior finish for reduced friction and material buildup
• Helps remove waste water and waterborne wastes from plumbing fixtures and appliances
• Do not test or use with compressed air or other gases
• Maximum service temperature 140 degree F

The NIBCO 4 in. x 4 in. x 23 in. PVC DWV Hub x Hub x Hub Long-Radius Tee can be used when connecting a horizontal PVC branch line into a vertical PVC drain line. DWV is used for non pressurized sanitary system Drain, Waste, and Vent. There are two types of DWV plastic: ABS (black plastic) and PVC (white plastic). The sanitary drainage and vent piping are installed to remove waste water and water-borne wastes from the plumbing fixtures and appliances.

• PVC requires a primer before cementing
• Use when connecting a horizontal PVC branch line into a vertical PVC drain line
• Hub x hub x hub solvent-welded connections
• Maximum working pressure of 5 psi
• ASTM D2665 and D3311
• NSF/ANSI Standard 14
• UL Listed 94V-0
• NSF U.P. Certified

The NIBCO PVC DWV long radius combination tee-wye is used in residential and commercial drain, waste and vent systems. The PVC DWV tee-wye features a long radius and a hub x hub x hub connection. The tee-wye allows for a connection to be made in continuous pipeline and branch out to a different direction. PVC fittings exhibit high corrosion and chemical resistance and will not rust, scale, pit or corrode.

• PVC requires a primer before cementing
• Connects a horizontal PVC branch line into a vertical PVC drain line
• For non-pressurized sanitary systems
• All-hub solvent-welded connections
• Maximum working pressure of up to 5 psi
• Smooth interior finish for reduced friction and material buildup
• Helps remove wastewater and waterborne wastes from plumbing fixtures and appliances
• Do not test or use with compressed air or other gases
• Maximum service temperature 140 degree F

The NIBCO PVC DWV long radius combination tee-wye is used in residential and commercial drain, waste and vent systems. The PVC DWV tee-wye features a long radius and a Hub x Hub x Hub connection. The tee-wye allows for a connection to be made in continuous pipeline and branch out to a different direction.

• 11/2 in. Inside Diameter and 1.625 in. Outside Diameter
• Maximum service temperature 140 degree F
• Do not test or use with compressed air or other gases
• Connects a horizontal PVC branch line into a vertical PVC drain line
• All-hub solvent-welded connections
• Maximum working pressure of 5 psi
• NSF/ANSI standard 14
• UL Listed 94V-0

The NIBCO PVC DWV long radius combination tee-wye is used in residential and commercial drain, waste and vent systems. The PVC DWV tee-wye features a long radius and a hub x hub x hub connection. The tee-wye allows for a connection to be made in continuous pipeline and branch out to a different direction.

• PVC fittings exhibit high corrosion and chemical resistance and will not rust, scale, pit or corrode
• PVC DWV is easy to install and is joined by solvent cementing or threading
• Maximum service temperature of 140 degree F
• Do not test or use with compressed air or other gases
• ASTM D2665 and D3311
• NSF/ANSI standard 14
• UL listed 94V-0