The anti-microbial layer prevents the growth of bacteria/microbes/algae etc and safeguards the pipes from them. Such Anti-microbial additive is very low migrating, therefore making it endure throughout the complete life of the product.
The middle layer provides excellent resistance to UV rays.
Aqua PPR-C Triple Layer Pipes | |
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Type | Size |
PN-06 Pipes | 200 MM to 400 MM |
PN-10 Pipes | 40 MM to 315 MM |
PN-16 Pipes | 20 MM to 315 MM |
PN-20 Pipes | 20 MM to 315 MM |
The raw material used for Sree Harikrishna pipes is polypropylene random copolymer ( PP-R). Our advanced PPR-FR ( Fibre Reinforcement ) product is designed with a middle sandwich FR layer with enhanced resistance and strength.
Thermo Thermal PPR Pipes- Green | |
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Type | Size |
PN – 06 Pipes | 200 MM to 400 MM |
PN – 10 Pipes | 40 MM to 315 MM |
PN – 16 Pipes | 20 MM to 315 MM |
PN – 20 Pipes | 20 MM to 315 MM |
As Thermoplastic Polyolefin is an organic compound, it burns or decomposes on exposure to fire and eventually produces toxic fumes and smoke, but the flame retardant or compounds that are fire resistant compounds helps to diminish the danger of fire. The existence of the three essential units – fuel, heat and oxygen are important for the occurrence of fire. With the aid of chemical reactions, learning about flame retardance moderates one or multiple of the mentioned features.
A plethora of different kinds of flame retardant additives can be used in thermoplastic polymers which depends on the requirements of individual end-use applications. In the course of combustion, flame retardant additives react with the burning polymer in the vapor phase interrupting at a molecular level, the creation of free radicals and the process of combustion is closed down. This mechanism is generally used with halogenated flame retardant systems.
The use of flame retardant technologies to reduce dangers related to fire is a fundamental necessity of product safety. The sole purpose of a flame retardant system is to hinder and delay the ignition and spread of fire.
After being exposed to heat or flame, plastics get subjected to pyrolysis which leads to thermal degradation of the resin’s physical properties ( softening and melting ) and discharges gases that are potentially volatile.
Flame retardant plastics seek to resist such conditions with the help of one of the many mechanisms that moderate one or multiple of the elements like fuel, heat, or oxygen, in order for the burning to eventuate.
Although, even with flame retardant treatment, there is no plastic that can be interpreted to be absolutely fireproof. Under events of flashover all plastics, even those that are essentially resistant to fire, will sooner or later combust.
Pneumato Blue PPR Pipe FRV2 Airline Specification | |
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Type | Size |
PN- 06 Pipes | 200 MM to 400 MM |
PN- 10 Pipes | 50 MM to 315 MM |
PN- 16 Pipes | 20 MM to 315 MM |
PN- 20 Pipes | 20 MM to 315 MM |