[PVC1015] PVC Level Invert In Socket
PVC Level Invert In Socket
The PVC Level Invert In Socket is a solvent-weld reducing fitting designed to connect two different-sized PVC waste pipes while maintaining a consistent invert level (the internal bottom surface of the pipe), rather than a plain socket reducer.
This is important in horizontal drainage applications, where keeping the invert level consistent prevents sudden changes in elevation at the joint that could disrupt flow or cause blockages. The larger end fits over the incoming pipe, while the smaller end forms a socket connection for a reduced-diameter pipe, with each joint installed using standard PVC solvent cement to form a permanent, leak-free seal.
Finished in white, it's suitable for use in sewer and vent applications, helping maintain smooth, uninterrupted wastewater flow between different pipe sizes. Manufactured to comply with Australian and New Zealand Standard AS/NZS 1260, and Watermark certified, this fitting is designed for dependable, long-term performance in non-pressure drain, waste, and vent (DWV) applications.
Features:
- Reducing fitting that maintains a consistent invert level
- Solvent-weld connection
- Prevents flow disruption between different pipe sizes
- White finish
- Suitable for sewer and vent applications
- Proven product in the New Zealand market
- Manufactured to AS/NZS 1260 standards
- Approved Watermark Certificate
Ideal for:
- Connecting different-sized waste pipes in horizontal runs
- Maintaining smooth, uninterrupted drainage flow
- Residential and commercial drainage systems
- New builds, renovations, and repairs
The PVC Level Invert In Socket provides a reliable, code-compliant solution for connecting different pipe sizes while maintaining consistent drainage flow.
Reliable flow transition. Solvent-weld connection. Code-compliant performance.
![[PVC1015] PVC Level Invert In Socket](http://nzpipe.co.nz/cdn/shop/files/65mm_4f675bfd-5022-4b71-961c-3d1a83fc1ea3.jpg?v=1778472019&width=1445)
[PVC1015] PVC Level Invert In Socket

