Greenfit PPR Plumbing & Industrial Piping systems have superior characteristics to withstand working temperatures up to 95°c along with excellent chemical resistance as well as providing a definite solution to oxidation and calcification. Therefore, PPR is an ideal material for hot & cold water plumbing systems in buildings & Industrial piping installation ensuring high quality performance.

  • Pipes: 20 to 160 mm Single layer & Triple layer
  • Fittings: 20 to 160 mm
  • Coil Pipe: 20 & 25 mm
  • Submersible Delivery Pipe: 90 & 110 mm

Application note: Insulation is necessary at Sub Zero Temperature.

Greenfit PPR Plumbing systems
FEATURES
hot & cold water

Proven hot & cold water performance from -0C to 95 C

No scaling

No scaling. Can withstand higher pH values

UV resistant triple layered pipes

UV resistant triple layered pipes are suitable for outdoor installations that are exposed to direct sunlight

Good chemical resistance

Good chemical resistance - suitable for most industrial liquids

Heat-fusion jointing results in homogenous plastic system ensuring leak-proof joints

Heat-fusion jointing results in homogenous plastic system ensuring leak-proof joints

Very less coefficient of friction

Very less coefficient of friction, ensures high flow properties, reduce pumping cost

Antimicrobial inside layer of 3 layered pipe adds to safety against bacterial growth ensuring safe drinking water

Antimicrobial inside layer of 3 layered pipe adds to safety against bacterial growth ensuring safe drinking water

Specially formulated thermax pipes reduce linear expansion / contraction of pipes due to temperature variance, ensuring suitability for outdoor application

Specially formulated thermax pipes reduce linear expansion / contraction of pipes due to temperature variance, ensuring suitability for outdoor application

Application note: Insulation is necessary at Sub Zero Temperature.

APPLICATION
Indoor & outdoor installations of hot & cold water piping systems i

Indoor & outdoor installations of hot & cold water piping systems in residential, commercial & buildings

Heating system inside buildings including floor, wall & radiator heating

Heating system inside buildings including floor, wall & radiator heating

Drinking water & liquid food transportation

Drinking water & liquid food transportation

Solar water heating systems

Solar water heating systems

Aggresive Chemcials & Pharmaceuticals Piping systems for conveyance of aggressive fluids in Industries

Aggresive Chemcials & Pharmaceuticals Piping systems for conveyance of aggressive fluids in Industries

Application note: Insulation is necessary at Sub Zero Temperature.

Pipes
FITTINGS
  • All
  • Moulded
  • Brass Inserts
  • Accessories

Cutting

Cut the pipe at a right angle to its axis using burr-free cutter. Ensure that the pipe is free from burrs or cutting chips. Clean the pipe & fitting perfectly before welding. Mark welding depth at the end of pipe.

Do not cut slant/unevenly.

Heating

Mount the suitable dyes on the heating element of the welding machine according tothe diameter of pipe and fitting. Connect the welding machine to 220 volts A.C. power supply. Select 260°C temperature on the welding machine thermostat. Wait until the required working temperature is reached. Insert the pipe and the fitting in the dyes by exerting light pressure.

Deburring and Ridge Removal

Do not proceed with installation of pipe without deburring as the burr when heated will create an extra blockage inside the pipe.

Welding

After heating, quickly insert the pipe into the fitting by exerting light pressure. Any misalignment should be corrected immediately after insertion to avoid any stress in the weld. Allow the joint to cool as per the cooling time given in table.

Do not set the temperature of the heater higher or lower than 260°C. Do not initiate the jointing process without gloves. Misalignment of jointing to be corrected immediately before cooling, so as to avoid stress in the weld.

Cleaning & Marking

Do not proceed without cleaning as it will create problems during welding due to the presence of dirt or mud.

Storage

Although Greenfit PP-R Pipe system material is stabilized for use at elevated temperatures do not expose the pipes & fittings to direct sunlight.

Greenfit PP-R Pipe storage height should not be more than 1.5 meter.

Transportation

During transportation, Greenfit PP-R pipes should be loaded in a proper manner, otherwise pipes may get deformed.

Handling

The Greenfit PP-R Pipe system should be protected from impact of hard and sharp objects.

Preparation For Welding

Before welding/jointing, clean the surface of Greenfit PP-R Pipes & Fittings with a clean piece of cloth and then start welding.

Heating

While welding of Greenfit PP-R Pipes and fittings check that the thermostat of welding machine and dyes have reached correct temperature (260°C). While welding, the pipe must not be twisted.

Welding

Avoid air droughts during welding to avoid stress in the welds.

Safe Welding

Welding machines shall be earthed properly during use.

Do not cool welding machine in water.

Bending

While bending the pipe, the bending radius shall be more than 8 times the diameter of the pipe.

Do not apply direct flame to fabricate bends or crossover pipes, as the direct exposure to fire may cause damage to the Greenfit PP-R pipes. Use only hot air blowing equipment at 1400C. (Cross overs are readily available.)

Installation At Lower Temperature

At sub zero temperatures (0°C & below) Greenfit PP-R Pipe system tends to break under impact. Therefore, installation at low temperatures should be done with care, and the pipe lines shall be insulated.

Outdoor Installation

Use 3 layered pipes for outdoor application.