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Benefits of Polyethylene
Polyethylene has become the most popular material for pipe system as it offers significant benefits compared to alternative material, namely:
- Low Maintenance
- Low Cost of Installation
- Long Lifetime
- High Safety Record
- Easily Processed and Recycled
- Low Maintenance
PE pipes retain their strength and functionality with minimum maintenance. They are easily weld able into long sections. Exhibit slow crack growth resistance along with resistance to rapid crack propagation and a long lifetime in both static and dynamic loads.
- Lower cost of installation
PE pipes are flexible, light weight and tough, enabling easier site handling and installation along With easier coiling into long lengths for easier handling and storage.
- Long Lifetime
PE pipes can be certified to last at least 50 years and to withstand harsh terrains and climates with no corrosion. They exhibit excellent.
- High Safety Record and No. Leakage
Weld ability brings leak free joints no over long distances and the ability to withstand high axial and bending loads without joint failure.
Chemical inertness ensures no contamination of water through taste and adore.
- Easily processed and Recyclable
Polyethylene as thermoplastic is easily converted into various pipe and fitting dimensions and can e recycled into less critical applications at the end of its lifetime.
Lab-Tests
The laboratory measures: outside diameter, Ovality, thickness of curtain and continuous monitoring of physical surfaces of pipe during production.
This test is done in order to monitor reaction of pipes against stable hydrostatic pressures in a stable temperature. Every inflection indicates deficiency in pipes like: disruption, and any leakage.
In the test high pressure implement on the pipes, so that in 60 to 70 seconds will be burst. The type of disruption shows indicators like: quality of row materials, proper extruder temperatures and proper cooling of pipes after production, Best type of disruption in the test is timidity and distortion in canary beak.
In the test, a sample the pipes in particular length is heated in a period of time in a standard way. Difference between length before and after heating are calculated as percentage of variation of length based on primary length. The maximum variation is up to 3%.
In the test resistance of row/ primary materials against demolition because of oxidation with O2 is measured. The oxidation process should take more than 20 minutes time.
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