Other Products / Services #1709065

HDPE Sprinkler Irrigation system (Pipes & Fittings) of size range from 63 to 160mm with pressure range from 2.5 to 6.0kgfcm under IS 14151:2008 Part-II, used for Dust suppression system & irrigationWe are also approved (Registered) government Manufacturer and Supplier of HDPE Pipes, fittings and accessories under IS: 14151 Part II in four states (i.e. Chhattisgarh, Madhya Pradesh, Maharashtra and Rajasthan) since year 2006

We are a registered manufacturer and supplier of Sprinkler Irrigation System. We have been manufacturing these Sprinkler Irrigation Systems for the NMIS National Micro Irrigation Scheme in the four states i.e. Chhattisgarh, MP, Maharashtra and Rajasthan. The Nodal Agencies are

• C.G. Rajya Beej Avam Krishi Vikas Nigam Ltd.
• M.P. State Agro Industies Development Corporation Ltd.
• Directorate Agri Engineering M.P.
• Directorate Horticulture, M.P. State Micro Irrigation Corp.
• Commissioner Agriculture; Maharashtra State
• Directorate of Horticulture, Govt. of Rajasthan

HDPE Pipe Coil of size range from 20- 250mm with pressure range from 2.5 to 16 kgfcm2 under IS 4984:1995, which lays down the requirement of HDPE pipes for Potable water supply for domestic uses, lift irrigation systems, dust suppression systems, flushing of industrial & mines effluents, de-watering system in mines and in many more applications in domestic, industrial & mines areas

We are engaged in offering Polyethylene Pipes, which are appreciated for their unmatched strength. These Polyethylene Pipes find their applications in Irrigation and Agricultural industries. The Polyethylene Pipes, we make available are preferred in comparison to other alternatives available due to their excellent abrasion resistance. Moreover, these Polyethylene Pipes can be availed at the market leading prices from us. Why Polyethylene Pipes?

• Lower Life Cycle costs
  • Life Span of 50 – 100 Years
  • Resistance to corrosion and abrasion
  • 'C ' value over 150 throughout service life
  • Excellent water hammer characteristics
  • Reduced surge pressure by 50-80 %
  • Leak free joints and lower instance of repair
  • Resistance to incrustation & Scale formation
  • Lower Pumping cost
  • • Lower Installation Costs
      • Light weight – easy to handle & Transport
      • No Heavy equipment for installation
      • Longer delivery lengths – less fittings
      • Flexibility – installation over bend with no additional joints

We have gained in-depth knowledge and expertise in offering Male Coupling that is a transition fitting having a male threaded end and the compression end to support PE Pipes. In Male Coupling, the male threaded end is tightened to the female threaded outlet of saddle. The other end of Male Coupling supports PE Pipes, which is taken to house. Why Our Male Coupling?

• High durability
• Rigid construction
• High tolerance
• Reasonable pricing

We specialize in offering Tapping Saddles, which are majorly used to take a tapping from the HDPE distribution line for carrying a House Service PE Pipe. These Tapping Saddles are installed when an outlet hole is drilled onto HDPE pipe, on which then Tapping Saddle is clamped with the help of bolts. These Tapping Saddles also have a female threaded outlet. Highlights

• Long life
• Made using superior quality materials
• Reliable performance
• Cost-effective

We have gained a trusted name for providing HDPE Pipes (High Density Poly-ethylene Pipes), which are known for their strength and flexibility. These HDPE Pipes are absolutely light weight, non-toxic, non-rusting, hygienic and maintenance free pipes. We deliver the best due to our uncompromising quest for excellence in providing the HDPE Pipes. Salient Features of HDPE Pipes

• Microbe free water supply : Hygienic
• Non-toxic pipes : Prevention of health hazards
• Resistant to corrosion & scaling/Incrustation
• Chemically inert : Unchanged supplied water quality
• Non Conductive : Resistance to Electric current & Heat
• Low frictional losses : Low operation cost
• Low initial cost : Economic
• Lower installation cost : Economic
• Lower weight and easy installation : Economic
• Absolutely maintenance free & long Life Span of 80 â 100 yrs

Size Availability : Size Availability : HDPE Pipes are available in size range from 20 mm to 250 mm & with pressure range from 2.5 to 16kgf/cm². HDPE Pipes Are In Compliance WithVarious national & International standards like

• IS : 14151 HDPE Pipes for sprinkler Irrigation system
• IS: 4984 HDPE Pipes for Potable Water Supply.

Technical & economic benefits of PE system

• Highest 'C' value of over 150 throughout the life
• Lowest frictional losses thus low pumping cost
• Chemically-inert can carry acidic & alkaline fluids
• No incrustation / scale formation-remains smooth bore, superior flow characteristic

Durability Of HDPE PipesThe HDPE Pipe has an expected Life Span of 80 years, owing to the following reasons

• A flexible pipe in long lengths
• Weathering resistance extremely good
• Joints are leak proof, very strong & don't buckle under soil load
• Resistance to corrosion & abrasion
• Excellent water hammer characteristics
• Light weight easy to handle/ transport & installation

Comparison Of HDPE With PVC SolutionHDPE is a much superior solution than PVC as explained below

• HDPE Pipes
  • HDPE pipes-a high pressure solution up-to 16 bar
  • HDPE weathering resistance extremely good
  • HDPE â A Flexible pipe in long lengths
  • HDPE joints are leak proof, very strong and do not buckle under soil load
  • HDPE pipes have fittings available up-to 16 kg/cm²
  • HDPE Pipes have complete adoptability with Gate valves, NRVs, Service connections & all kinds of Pumps due to their available fittings thus ideal for fluid supply systems
• PVC Pipes
  • PVC generally in no pressure applications like drainage etc.
  • PVC extremely brittle
  • PVC extremely rigid with length limitation up to 6mtrs
  • PVC Joints buckle and crack under earth loads or ground movement
  • PVC fitting in complete range not available beyond 4 Kg/cm²
  • PVC Pipes have not all required fittings available for such adoptability thus limitations for fluid supply systems