Pneumatic and Compressed Air Plumbing

K.P.T. PneumatoPipes combine the advantages of FRP and plastic pipes and eliminate the disadvantages of both materials at the same time. The FRP is absolutely diffusion tight and reliably prevents oxygen or gases from permeating into the pipe. It compensates and reduces snap-back forces and heat expansion with changes in temperature. K.P.T. Pneumato pipes are being produced with latest German technology at its state of the art manufacturing unit at Dehradun, Uttarakhand, India. K.P.T. Pneumato pipes has been specially designed for the creation of primary and secondary network for compressed air, neutral gases & Vacuum. The FRP allows K.P.T. Pneumato Pipes to withstand high working pressure and prevent oxygen and gases from permeating into the pipe. K.P.T. Pneumato pipes are safe and reliable choice for compressed air, gas and oxygen supply.


K.P.T. PneumatoPipes consist of an overlapped FRP with an inner and outer layer of Polypropylene Random Copolymer (PPR-C). All the layers are permanently bonded together by intermediate adhesive layers. The FRP thickness of K.P.T. Pneumato pipes has been selected to meet compressive and flexural strength requirements. Most of the industries are now slowly moving away from MS/GI piping system for compressed air transportation owing to following problems:

1. Reinforcement Glass Fiber

The Sandwich Glass Reinforcement technology processed on Pneumato enables to withstand more pressure even in high temperature. Since Glass is non conductor of heat, so there is lesser thermal expansion, this reduces sagging.


2. U.V. Resistant

New Pneumato technology being developed with carbon content blue layer which protects the pipes from UV rays in open sky.


3. Glass Insulation

Glass acts as non-conductor of heat. So the Sandwich Glass Reinforcement technology reduces the condensation, thus reduces the chances of moisture in Pneumato technology getting least.


4. Leaking zero

In fusion welded joints.


5. Rusting

Water condensation in compressed air system leads to rust formation even in joint areas of GI pipe welding, affecting costlier pneumatic equipments.


6. Installation Time

Threaded joints consume more time in existing repair work as well as in new projects where as fusion joints once conducted require no maintenance.


7. Pressure Drop

Rough inner surface in the above pipes leads to slight increase in pressure drop.


8. Cost

Aluminium/MS/GI piping systems are conventionally more expensive.


9. Atmospheric effects

Aluminium also reacts with most of the chemicals. If some chemicals are present in compressed air, that can equally effect aluminium pipes. Often aluminium pipes are available at the maximum size of 110mm only. Most of the fittings are in plastics material. These areas are then rendered mechanically weaker in the line.

K.P.T. Pneumato piping system (Blue Colour) will provide the right solution for all the above issues. KPT Pneumato compressed air application has the following features:


1. Compression – style fittings offer a tight, leak-free fit.
2. All fittings are corrosion-free and will not degrade or rust.
3. Smooth inner surface that reduces operational pressures required by motor/pump
4. High chemical resistance with no possibility of bacterial and moss reproduction within pipes.
5. Resistance to high temperature (110°C)
6. None crumbling and non-deforming properties
7. Non contracting diameters
8. Wide variety of size options to suit diverse needs from16mm up to 355mm
9. K.P.T Pneumato piping joints are fusion joints and no external adhesives are used. Hence once fusion welding is done, pipes and fittings will turn into a homogeneous material and makes permanent joints.
10. Fusion welding technology is very simple. Any person can do it with little practice. K.P.T. will offer training and provide minimum spares to our clients to meet any emergency.

Technical Data of K.P.T. Pneumato Pipes

KPT PPR SDR 9/ S 4 PN 12.5

Advantages of Pneumato Pipes

1. Very less heat loss due to lesser thermal conductivity.
2. Lesser sagging because of very less thermal expansion.
3. High temperature and high pressure with stand capacity due to inbuilt GFR reinforcement layer.
4. Since having 0.1micron RA value and mirror finish inner surface, 40% to 60% lesser friction compared to other pipe.
5. Reduced thermal expansion will reduce clamping.
6. Style fittings offer a tight, leak free fit.
7. As a result of socket Fusion joint, 0% leakage.
8. 60% layer of glass fiber reinforcement in the pipe.
9. Excellent performance with long life in direct sunlight having UV resistant on the upper layer.
10. Reduced linear expansion coefficient, only 1/3 of that of normal PP-R
11. Higher strength and stability of dimension. It can stand 25% more pressure than PP-R at the same condition
12. Improved resistant to impulse udder low temperature. It can used in 90 ° for a long time
13. With the same condition of pressure, wall thickness of PPR fiberglass pipe is thinner, increasing inner diameter of
the pipe, bigger of the air flow.
14. Direct connect with water table within the health of non-toxic, good scalability, no formation of sphagnum.


1. Compressed Air lines for hot and cold air
2. Solar Heaters, under floor heating
3. Effluent Treatment Plants (ETP)
4. Vacuum pipelines
5. Chilled Water Application and air conditioning
6. Instrument Air
7. Nitrogen Gas
8. Chemical Plants and aggressive fluids
9. Industrial Water and Wastewater
10. Flue-gas Desulfurization
11. Pulp and Paper Mills
12. Irrigation

13. Wall Heating

14. Application in the field of ship building

15. Pharmaceuticals

16. Suitable usage for more than 400 chemicals

17. Industrial waste appliactions

18. Water transmission lines

19. Pressure/forced mains sewers

20. Rehabilitation applications

21. Water distribution systems

22. Storm water Drainage

23. Above ground piping

24. Sewage Drainage

25. Re-lining, Slip-lining applications

26. Desalination Plants