HDPE FITTINGS MALE SOCKET
1.Leak-Free Joints 2.Fatigue Resistance 3.It takes less energy to manufacture HDPE than non-plastic pipes. 4.The flexibility of HDPE, combined with the use of heat fusion to join the pipe, means fewer fittings are required.
ERA Piping Systems, HDPE Pipe Fitting , PESW009 MALE SOCKET, (ISO4427-2) , BUTT WELDING, WRAS
|Description:||Male Thread Socket||Standard:|
|Temperature:||Max 60°C / 140°F||Working Pressure:||PN10|
System: HDPE Pipe Fitting System
Properties of HDPE Pipe Fitting Male Socket
High-density polyethylene (HDPE) or polyethylene high-density (PEHD) is a polyethylene thermoplastic made from petroleum.
It is also harder and
more opaque and can withstand somewhat higher temperatures (120°C/ 248
°F for short periods). High-density polyethylene, unlike polypropylene,
cannot withstand normally required autoclaving conditions.
Referenced Standards: ISO 4427-2 / ISO 4427-3
Applications of HDPE Pipe Fitting Male Socket
HDPE pipe is flexible and ductile, not rigid. It has outstanding resistance to fatigue. Unlike other plastic pipes, it is designed and pressure rated to handle the kind of occasional and recurring surge events that are common in water distribution systems.
In many instances, this will enable you to utilize a thinner wall HDPE pipe as compared to other types of plastic piping.
An independent study reports that municipalities in 43 states average a water loss of 16% due to leaking joints. Some report water losses as high as 50%.
Traditional infrastructure piping is joined with bell and spigot or mechanical type joints and all acknowledge a specified leakage factor. Not only is our most precious resource being lost, but leaking pipes are costing our cities money. HDPE piping systems can be joined with heat fusion to produce permanent leak free joints.
Advantage of HDPE Pipe Fitting Male Socket
1.It takes less energy to manufacture HDPE than non-plastic pipes.
2.The flexibility of HDPE, combined with the use of heat fusion to join the pipe, means fewer fittings are required.