Ganpati Polymers manufactures a wide range of Polyethylene pipes, High Density (HDPE) conforming to BIS Standard. Polyethylene is a thermo plastic polymers consisting of long chains of ethylene or ethane. It is a wax like thermoplastic with density varying from 940.0kg/m³ to 960.0kg/m³ which is less than the density of water. The only two additives that are added to polyethylene are Carbon Black, within the range limit of 2-3% in order to add reinforcement and to increase polyethylene’s weathering properties and trace amounts of anti-oxidant. HDPE is strongly resistant to stress cracking and has low creep rupture properties. It has excellent insulation properties over a wide range of frequencies and is not chemically active. HDPE pipes are one of the two largest thermoplastic pipelines available and by far the most versatile. The Pipes & Fittings are offered in PE 63, PE 80 and PE 100 grades, compliance to IS-4984 .

Features

  • Light weight
  • Overall toughness
  • Flexible
  • Longevity
  • Chemical resistance

Benefits

  • Light weight, strong, long lasting and maintenance free
  • Flexible due to inherent elasticity and can be supplied joint less in long lengths of up to 500 m, particularly the smaller diameter pipes
  • Tough due to high flexural and impact strength
  • Capable of with standing high internal and external loads by balancing internal fluid pressure with external soil pressure

Benefits

  • Chemically inert and resistant to chemicals and hostile corrosive soil
  • Strongly resistant to acids, as well as alkalis and can be laid in marshy and corrosive soils without any coating or cathode based protection
  • Highly efficient as insulating media and requires minimal insulation while carrying chilled water
  • Offers very low frictional resistance to fluid flow and saves pumping energy costs
  • Remains free from encrustation throughout its life span and provided uniform flow throughout
  • Physiologically harmless as the pipes are tasteless, odourless and cause no bacterial growth. Suitable for transportation of potable water
Standard Dimension Ratio (SDR) and Corresponding Wall Thickness (e) of Pipes (As Per IS-4984: 2016)