We are considered a prominent HDPE Pipes Manufacturer, Exporter and Supplier from India. Our HDPE Pipes are manufactured using High Density Polyethylene that ensures their flawless performance and long functional life. These pipes are quite useful for carrying potable water, slurries, hazardous wastes, wastewater, cables, chemicals and compressed gases as well as oils. Moreover, these are highly demanded for landfill gas extraction and cable ducting.


Advantages


  •  Are 6 to 8 times lighter than GI & CI Pipes.
  •  Easy to carry, Which offers low cost in transportation and handling cost.
  •  Available in suitable coils of 50 meter to 200 meter as well as in straight lengths of 5/6 Meter
  •  Non-corrosive.
  •  Transfer of heat is much lower.
  •  UV Resistance quality.
  •  Good ESCR property.
  •  Chemical Resistances.
  •  Good Elasticity & Strength property.

Smooth inner surface prevents growth of bacteria hence makings pumping easier and faster.

Uses of HDPE Pipes for


  •  Drinking Water Supplies.
  •  Telecom Ducts, Irrigation Purposes.
  •  Sprinkler Irrigation Systems.
  •  Drip Irrigation Systems.
  •  Effluent/ Sewerage Disposal.

Specifications

High quality HDPE Pipes are manufactured as per Specification No. IS: 4984/1995 of the Bureau of Indian Standards.


Size & Pressure Of HDPE Pipes


  •  Drinking Water Supplies.
  •  Tele20mm to 315mm PN 2.5, PN 4, PN 6, PN 10 (PE63 Material Grade)
  •  Drinking Water Supplies.
  •  Tele20mm to 315mm PN 2.5, PN 4, PN 6, PN 8, PN 10 (PE80 Material Grade)

Technical Specification of HDPE Pipe (High Density Polyethylene Pipe)

Specification STANDARD Unit Value
Intensity ISO 1183 gr/cm3 0,95
Melting flow rate (MFR) 190/5 T 003 gr/10 min 0,2 – 0,4
Melting flow rate (MFR) 190/5 T 005 gr/10 min 0,4 – 0,7

Mechanical specifications		 Melting flow rate (MFR) 190/5 T 010 gr/10 min 0,7 – 1,3
Tensile stress (akma) ISO 527 Kg/cm2 255
Elongation (creep) ISO 527 % 9
Elongation (break) ISO 527 % >600
Modulus of Elasticity ISO 527 Kg/cm2 11216

Thermal
Specifications		 Softening Tempreture ISO 306 °C 77
Deflection Tempreture ISO 75 °C 75
Coefficient of Thermal Expansion DIN 53732 1 / °C 0,00018
Thermal Conductivity (20 oC) DIN 52612 W / m°C 0.4
Flamibility DIN 4102 -- B2

Electrical 
Specifications		 Specific Volume Resistance VDE 0303 Ohm.cm >1016
Özgül Yüzey Direnci VDE 0303 Ohm >1013
Dielectric coefficient VDE 0303 kV / mm 70

Polyethylene 1000 Pipes for stability (creep) pressure account;


Pk    critical collapse pressure bar
Ec    Modulus of Elasticity
U     Number of cross thermoplastics
S     Thickness (mm)
rm  The average radius tube (mm)

Raw Material of Polyethylene Pipe 

Polyethylene Pipe, Pe 32 class is developed in 1950 with improving technology  and low density. 3rd Generation PE 100 Polyethylene raw materials  are used in drinking water pipelines, desalination plants, biological treatment plants, swimming pool piping, sea discharge lines, gravity flow water lines, gas stations , irrigation lines, compressed air lines, cooling-heating lines, pre-insulated sheathing for pipes. Because Low Density Polyethylene Pipe is economical and has high-performance in many areas, such as sewer lines has been a solution. (C2H4) has the general formula of crude oil of 97% polyethylene and is a thermoplastic polymer as shown. The production of raw materials, entirely depends on the availability and price of crude oil. Polyethylene density  is divided into three main groups according to their crystalline structure percent.

• Low density polyethylene raw material (LDPE)
• Medium density polyethylene raw materials (MDPE)
• High density polyethylene raw materials (HDPE)

          hdpe-pipe hdpe-pipe           hdpe-pipe

According to other types of raw materials as well as their field of high performance and long life due to the strength of economy most preferably 97% of the product which is used crude for the production of the polyethylene raw material. So the production of polyethylene raw materials, the availability and the price depends entirely on crude oil. It also has many superior properties compared to other thermoplastic polyethylene. The main ones are

* HDPE Pipe is resistant to weather conditions
* HDPE Pipe High resistance to tearing and pressure
* HDPE Pipe Despite high resistance to stress cracking
* HDPE Polyethylene Pipe -30 And -60 degree to strength
* High Density Polyethylene Pipe have corrosion resistance
* Easy and reliable assembly of HDPE Pipe
* In HDPE Pipes Lower level compared to metal pipe friction losses
* HDPE Pipes, Reduced flow noise
* Electrical full insulation, it is a good thermal insulation
* HDPE Pipes are non toxic.
* HDPE Pipe is suitable for radioactive waste.