UPVC Plug Pipe

UPVC Plug Pipe containing Nanoparticles
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Rain water pipes are used to transfer of rain and snow water from roof of the buildings. They are placed Polyvinyl chloride (PVC) is kind of useful plastics in construction and buildings. It can be used in tubes, door and window frames and fittings. By adding lubricants, this material will become softer and more flexible than plastics. If no lubricant and plasticizer is added, UPVC is obtained. Chemical resistance of this polymer make it interesting for variety of industries especially pipe industry. Usage of UPVC includes sewer pipelines, water mains and potable water services, power and telecommunication cables. These pipes are supposed to have chemical and corrosion resistance, high elasticity module and toughness, long term tensile strength and abrasion resistance, but they may become brittle exposed to cold atmosphere. In addition, they tend to deform and lose their strength in high temperature conditions. Insufficient strength and chemical resistance may cause failure. These pipes have gotten better properties by the use of nano particles.

rainwater pipes

 Rainwater pipes are produced based on National standard No. 12142 (DIN EN 12200) “ Plastics rainwater piping systems for above ground external use - Unplasticized poly(vinyl chloride) (PVC-U) - Part 1: Specifications for pipes, fittings and the system” in diameter 50 to 160 mm.

Impact test was evaluated on samples according to ISIRI 9119 “plastics-Unplasticized poly (vinyl chloride) (PVC-U) pipe, fittings and piping system for soil and waste discharge within building structure- specifications”, its results were obtained as table below. Since both samples passed the standard, tougher conditions were applied for the test.

% TIR in impact test 
10%lower thanStandard
50%Controlled sample
0%Nano sample

 

Materials behavior is completely different against impact loads and static loads (like tensile loads). Impact test is an appropriate way to distinguish and classify materials tendency to brittle failures. For more information, related to the product application, please study the attached file.

Longitudinal reversion Test was also done according to to ISIRI 9119 “plastics-Unplasticized poly (vinyl chloride) (PVC-U) pipe, fittings and piping system for soil and waste discharge within building structure- specifications”. This test shows the UPVC pipes shrinkage exposed to heat. Since both samples passed the standard, tougher conditions were applied for the test. The results below are related to tougher conditions:

Longitudinal reversion Test 
5%lower thanStandard
6.6%Controlled sample
0%Nano sample

In order to determine the quality of homogenization of the polymer and additives and also amount of gel in UPVC pipes, the resistance to dichloromethane at a specified temperature test was done. Dichloromethane is a solvent of UPVC. Actually, it is a way to distinguish material chemical and mechanical resistance. The test was carried out according to ISIRI 9119 “plastics-Unplasticized poly (vinyl chloride) (PVC-U) pipe, fittings and piping system for soil and waste discharge within building structure- specifications”, its results were obtained as table below. As both samples passed the standard, tougher condition were applied in which the nano sample remained intact.

Chemical resistance 
Without crack and attackStandard
spallationControlled sample
Without crack and attackNano sample

Product Standard

  • NanoScale Certification

    NanoScale Certification

    Standard Date : 2018/02/28

    Expire Date : 2019/02/27

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