PVC-U Drainage H-Pipe with Expansion Joint DN110

get a quote

get a quote

If you have any questions about our product range or services, please fill out the contact form below and we will be in touch promptly
Share
Product description

Brief Introduction

This PVC-U H-type drainage connector features an integrated expansion-compensation structure and built-in rubber sealing rings. Designed to interconnect two DN110 drainage stacks, it helps balance air pressure and accommodate thermal expansion and contraction in PVC-U drainage systems.

Key Advantages

  1. One-piece injection molded from virgin PVC-U material for excellent strength and structural stability.
  2. Integrated expansion joint compensates for thermal movement and helps prevent pipe cracking.
  3. Built-in black rubber sealing rings provide reliable sealing and leakage protection.
  4. H-type interconnection design balances air pressure between drainage stacks, reduces drainage noise, and helps prevent water-seal failure.
  5. Smooth inner walls ensure efficient flow while reducing dirt buildup and blockage.
  6. Manufactured to standard dimensions for residential and commercial building drainage projects.

Applications

Dual-stack bathroom drainage systems in residential buildings, high-rise sewage stacks, residential drainage renovations, combined rainwater and sewage pipe networks, and pressure-balancing upgrades for indoor PVC-U drainage systems.

Specifications

ParameterDetails
Product NamePVC-U Drainage H-Pipe with Expansion Joint
SizeDN110, suitable for PVC drainage pipes with a 110 mm outside diameter
MaterialRigid PVC-U body with rubber sealing components
StandardGB/T 5836.2
Connection TypeLower solvent-weld socket and upper expansion-seal connection
ColorWhite
Manufacturing ProcessOne-Piece Injection Molding
Core FunctionsStack interconnection, air-pressure balancing, expansion compensation, and leakage prevention
Suitable MediaDomestic Wastewater and Rainwater at Normal Temperatures
Application EnvironmentIndoor Building Drainage Stack Systems

You Might Also Like