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Front view of NDS 4P01 white 4-inch PVC sewer and drain tee showing Hub x Hub x Hub solvent-weld connection design and smooth hub interiors.

NDS 4P01 4" PVC Sewer & Drain Tee — Hub x Hub x Hub, 4 in

Brand: NDS
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$15.76
$11.82
SKU 4P01
In Stock (390)

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The NDS 4P01 is a 4 in. PVC sewer and drain (S&D) tee designed for reliable, solvent-weld Hub x Hub x Hub connections. Engineered for non-pressurized underground S&D systems, it adds a 90° branch to 4 in. pipe runs and links drainage components with secure, leak-resistant joints.

  • Size: 4 in. nominal — fits SDR-35, SDR-26, triple-wall and ASTM D-2729 pipe.
  • Connection: Hub x Hub x Hub solvent-weld hubs for permanent, watertight joints.
  • Material: Durable PVC Type I, molded in the USA for corrosion resistance and long life.
  • Standards: Meets applicable ASTM standards for sewer and drain pipe (D-2729, D-3034, 2751, F-810).
  • Application: Adds a 90° intersection for non-pressurized underground S&D systems; not compatible with DWV Schedule 40 pipe.

Suitable for contractors and DIY installers, the 4P01 provides a straightforward way to add a sanitary tee intersection or connect drainage products such as channel drain outlets, Flo-Well dry wells and pop-up emitters. Refer to the product literature and technical sheets for installation guidance, solvent-weld procedures, and to confirm compatibility with your piping system.

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Frequently Asked Questions

What pipe types are compatible with the 4P01 tee?
Fits 4 in. S&D pipe such as SDR-35, SDR-26, triple-wall and pipes per ASTM D-2729.
How is the NDS 4P01 installed?
Install using solvent-weld (hub x hub x hub) procedures; follow product tech sheets for surface prep and cure times.
Can the 4P01 be used with DWV Schedule 40 pipe?
No. The 4P01 is not compatible with DWV Schedule 40 pipe and is for non-pressurized underground S&D use.
What standards and pressure rating does this fitting meet?
Meets applicable ASTM standards (D-2729, D-3034, 2751, F-810) and is intended for non-pressurized systems (max working pressure ~5 psi).