Waste Water Polyethylene Pipe


Hight external impact load strength

According to special design of its external surface and flexibility, deflection allows loads to be transferred to and carried by the back fill. Proper back fill is very important in determining how the load is transferred.

the internal roughness coefficient of HDPE to the flow of fluid are less than any other types of pipe. The use of HDPE type corrugated pipe provides excellent flow performance, so the same flow rate quantities can be achieved using the corrugated pipes having smaller diameter, emit smooth laminar and cot rolled flow characteristics.

Description

Waste Water Polyethylene Pipe

  • Corrugated PE pipe
  • Spiral HDPE pipe
  • Drainage pipes
  • UPVC pipe

Polyethylene double wall corrugated pipe

Polyethylene double wall corrugated pipe is a new type of plastic pipe. The smooth inside wall and the corrugated outside wall provides character with high strength, low weight, corrosion resistance, long life, easy install and easy join.

Polyethylene Spiral Double Wall Pipe

Spiral PE pipes technically are lighter than single wall pipes which makes them an appropriate option for wastewater or similar fluids transmission with low pressure conditions.

Hight external impact load strength

According to special design of its external surface and flexibility, deflection allows loads to be transferred to and carried by the back fill. Proper back fill is very important in determining how the load is transferred.

the internal roughness coefficient of HDPE to the flow of fluid are less than any other types of pipe. The use of HDPE type corrugated pipe provides excellent flow performance, so the same flow rate quantities can be achieved using the corrugated pipes having smaller diameter, emit smooth laminar and cot rolled flow characteristics.

Drainage pipes (Drainage system)

The term drainage defines removing excess water from land. This has been quite common since the last 200 years. Although water collection occurs naturally but by means of drainage this natural process is expedited.

Most important usage of drains is in agriculture with the purpose of removing excess water of irrigation or rainfall. Applying underground drainage system provides the balance Waste Water PVC Pipe between water & oxygen of soil.

UPVC Pipes

UPVC Pipes are manufactured according to IS: 4985-2000. UPVC Pipes as per IS: 4985 being used in all conceivable applications ranging from ranging from Agriculture to sanitation, bore well to electrical ducts because of low cost, low pressure features they became favorites of all farmers, builders and government departments.

NOMINAL MEASUREMENTS

Measurements in mm ID range = interior measurements or nominal.

measurements: 150, 200, 250, 300, 400, 500, 600, 800, 1000

TECHNICAL HIGHLIGHTS

  • Complete sewage and rainwater system with full fitting
  • and shaft program from ID 150 mm up to ID 1000 mm
  • Long-term tightness by SAFECONNEC
  • Optimised pipe design for highly secure and flexible pipes
  • Double wall pipe made of PP – high chemical resistance
  • Long life time of approximately 75 until 100 years
  • Resistant to high pressure jet cleaning systems (180 bar)
  • Excellent hydraulic properties due to KD = 0,25 mm
  • No incrustation

AREAS OF USE

  • Sewerage
  • Rainwater drainage
  • Sewage and mixed water channels
  • Various special solutions for industry and business
  • Ground drainage
  • Domestic drainage

STANDARDS

  • The material PP guarantees high modules of elasticity (Young’s) and ring stiffness of SN 8 following DIN EN ISO 9969
  • Profiled wall range 5 following DIN 16961 ≥ 31.5 kN/m2
  • Authorisation based on DIN 16961, DIN 19357 and DIN EN 13476
  • Suitable for all bedding materials following DIN EN 1610
  • Suitable for all normal pressure tests following DIN EN 1610

CHEMICAL RESISTANCE

  • DIN 8061, leaflet 1
  • The pipes and molded parts as well as sealing elements have a chemical resistance between pH 2 (acid) and 12 (alkaline).
  • PIPE is resistant to all sewage and ground substances following DIN 1986.

THERMAL STRESS

Pipes and molded parts made of PP are used to channel sewage and rain water. The requirements of DIN EN 476 concerning the long-term temperature stress levels must be met: up to DN 150 +45°C and +35°C for larger measurements. The temperature ranges are between -25°C and +60°C.