Unplasticized polyvinyl chloride (PVC) water supply pipe

Hotline：0319-4361119

PVC water supply pipe

Category

PE-RT Type II pipe fitting

Keyword

Unplasticized polyvinyl chloride (PVC) water supply pipe

hebeifangsheng@163.com

Inquiry

Details

Rigid PVC series products
The "Fangsheng" brand polyvinyl chloride (PVC) series products produced by Fangsheng Plastic Industry include high impact PVC-M pipes, PVC-U pipe fittings for water supply and PVC-U pipe fittings for low pressure water delivery and irrigation. It is a series of all-plastic products formed by high-speed extrusion with polyvinyl chloride as the main material and high-performance processing aids. It can be widely used in water distribution pipe network, municipal buried water supply and drainage pipe, building water supply and drainage pipe, township water supply, farmland irrigation system, ventilation pipeline, chemical anti-corrosion and transportation of other media and other pipelines.

Features:
1. Light weight: the same volume, the weight is only 1/6 of the cast iron pipe, easy to transport.
2. Small resistance: small fluid resistance, low friction coefficient, smooth inner wall, no scaling, the head loss along the same diameter pipe is more than 30% lower than that of cast iron pipe, and efficient transportation.
3. Corrosion resistance: it has good acid resistance, alkali resistance and chemical corrosion resistance, and there will be no pitting corrosion in use.
4. Easy to install: convenient handling, adhesive bonding or elastic sealing ring connection, low maintenance cost and low project cost.
Long life: Under normal working conditions, the service life is more than 50 years.
Water supply PVC-U and PVC-M pipes are non-toxic and hygienic, meet drinking water standards, and the water transported is not subject to secondary pollution.
7. High mechanical strength: the tensile strength of the pipe can reach more than 45Mpa, the impact performance of the high impact PVC-M pipe is significantly improved, and it can more effectively resist the point load and the uneven settlement of the foundation.