PVC Clean Water Pipes and PVC Gaskets

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PVC Clean Water Pipes and PVC Gaskets

SPECIFICATIONS

  • It is long-lasting,
  • It is resistant to rotting and corrosion,
  • It is resistant to impact and pressure,
  • Pressure loss is low,
  • Thanks to its smooth, homogeneous inner surface, it does not produce bacteria or odor.
  • It is lightweight, provides ease of transport and assembly,
  • It is fully suitable for pressurized additional materials.

USES​​​​​​​

  • In drinking water networks,
  • In agricultural irrigation networks,
  • In waste water networks,
  • In fire extinguishing networks,
  • In swimming pools,
  • Drain lines,
  • It is used in cable protection and insulation lines.
Pvc Clean Water Pipes
Çap(mm) PN 4 PN 6 PN 10
Diameter(mm) (4 ATÜ) (6 ATÜ) (10 ATÜ)
63 0.494 0.533 0.826
75 0.655 0.735 1.179
90 0.790 1.081 1.690
110 1.160 1.327 2.038
125   1.733 2.646
140   2.191 3.334
160   2.862 4.374
200   4.383 6.792
225   5.534 8.536
250   6.929 10.585

 

PVC CONTALARI
Pvc Gaskets
Çap (mm) Ürün Kodu Code
Diameter(mm)  
63 5137.063.1000
75 5137.075.1000
90 5137.090.1000
110 5137.110.1000
125 5137.125.1000
140 5137.140.1000
160 5137.160.1000
200 5137.200.1000
225 5137.225.1000
250 5137.250.1000

FAQ

  • Up to how many bar pressure do Sprinkler Irrigation Pipes resist?
    • Sprinkler irrigation pipes withstand 6 atm pressure but all elements of the system may not work under this pressure. For example, the number of sprinklers used or the sprinkle flow rate can damage the sprinkler operation under this pressure. As such, sprinkler irrigation systems should be operated at 2-3 bar levels.

  • What is the difference between MDPE HDPE Pe 80 and Pe 100?
    • Polyethylenes defined with petrochemical development are classified according to their density LDPE/Low Density Polyethylene, MDPE/Medium Density Polyethylene and HDPE/High Density Polyethylene. High Density Polyethylenes have more strength than others. MRS (Minimum Required Strength) value has been calculated as 8 for MDPE and 10 for HDPE products. This allows for more fluid to pass through due to a higher strength at lower wall thickness for HDPE. MDPE products, on the other hand, provide advantages in cracks and splitting caused by external impacts with a larger wall thickness value.