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PP GULLA PPR Lumps RAFFIA haryana india Plastic4trade


Haryana 122107, India

₹ 29

P P RAFFIA GULLA PPR Lumps RAFFIA haryana india Plastic4trade


Haryana 122107, India

₹ 25

Buy Post
PPR PIPES PPR Grinding Pipe india Plastic4trade

PPR | Pipe

, India

₹ 60

PP LUMPS PPR Lumps RAFFIA haryana india Plastic4trade


Haryana, India

₹ 35

BLACK PP 100% TAIRAN FULL STRENGTH PPR Scrap Mix Scrap kano nigeria Plastic4trade

PPR | Mix Scrap

Kano, Nigeria

$ 2

COPPER PPR Scrap Mix Scrap defe d jf Plastic4trade

PPR | Mix Scrap

, 'DEF'E) 'D(-1JF

$ 1

PPR PIPES PPR Prime/Virgin Injection Molding maharashtra india Plastic4trade

PPR | Injection Molding

Maharashtra, India

₹ 40

PP RANDOM PPR Prime/Virgin Injection Molding delhi india Plastic4trade

PPR | Injection Molding

Delhi, India

₹ 1



PPR Full Form:


Polypropylene Random Copolymer


What is PPR?


PPR pipe is a straight, stiff cylindrical pipe made from polypropylene random copolymer plastic by a continuous extrusion method. They often come in green or white and have an exterior diameter size range of 20 to 110 mm. The result is much thicker pipe walls than PVC. PPR pipe comes with a wide range of connecting connections, parts, and accessories for every pipe diameter.


How is PPR made?


Polypropylene is created during the polymerization of phene. The three industrial manufacturing processes are gas phase polymerization, bulk polymerization, and slurry polymerization. Modern techniques all use either gas-phase or bulk reactor technology.


In gas-phase and slurry reactors, the polymer is created around heterogeneous catalyst particles. Propene is carried over a bed of a heterogeneous (solid) catalyst in a fluidized bed reactor, where the resulting polymer is separated as a fine powder and subsequently transformed into pellets. Recycled unreacted gas is fed back into the reactor.


Liquid propene is used as a solvent during bulk polymerization to avoid polymer precipitation. Propene is kept liquid at pressures between 30 and 40 atm while polymerization occurs at temperatures between 60 and 80 °C. For bulk polymerization, loop reactors are typically employed. The bulk polymerization is capped at 5% ethene as a co-monomer due to the polymer's poor solubility in liquid propene.


In slurry polymerization, inert diluents like butane, pentane, or hexane are frequently utilised to sustain the developing polymer particles. Gaseous propane is added to the mixture.


PPR uses/forms


Following are the most common uses of PPR-


Hot and cold potable water piping in residential, industrial, and public installations.

The  central radiator heating water of building is mostly arranged in circular loop.

Industrial piping for transferring water, sanitary liquids, liquid food products, compressed air, and aggressive chemicals eg. Highly acidic or alkaline solutions.

PPR Types
There are 3 types of raw material classified based on their durability, pressure, and heat. These are:
Type-1 (Polypropylene Homo Polymer)
Type-2 (Polypropylene Block Copolymer)
Type-3 (Polypropylene Random Copolymer)
Polypropylene is a type of polyolefin, which are thermoplastic materials that are widely used in injection-molded products. It is a simple to process material with good impact resistance, high structural resistance, and resistance to a wide range of chemicals. PP is primarily processed by injection, but it is also processed by extrusion - thermo-forming. It appears as opaque cylindrical granules.
The following polypropylene types can be produced:
homopolymers containing no more than 5% other olefins; 
co-polymers containing 2-50% other olefins; 
modified co-polymers (grafted); 
polypropylene compositions containing at least 50% polypropylene and other additives
Benefits of PPR
With 20 °C and 25 ATM pressure, 50 year lifetime.
It is suitable among. 20 ° C and +95 ° C (freezing point of fluid in insulation must be considered)
It is durable due to these reasons.
High Resistance to Chemical Substances.
Brilliant and Smooth inner surface
There will be no change in the color and odor of water
Provides Heat and Sound Insulation.
There is no diameter twist on fittings. This provides maximum performance.
There will be upto 70% of saving when it comes to installation
Environmentally Friendly