Conduit Pipe

LITAFLEX uPVC Conduit Pipes and uPVC Conduit Fittings are produced from a specially formulated compound, Polyvinyl Chloride. They are manufactured to comply with the British Standard BS EN 61386-21: 2004 and BS 4607 Part 5 respectively.

Being widely used for surface installation, and also particularly for wiring systems embedded in concreate slabs, LITAFLEX worked hand in hand with creative ideas and solutions to manufacture Conduits and wide range of Fittings and Accessories that are tough enough to provide excellent protection of Electrical Cable Wiring Systems even under arduous conditions. A reduction in the installation time is also facilitated.

Norminal SizeWall ThicknessPacking
Product No.Outer DimensionMedium GaugeHeavy GaugeLocalExport
CP 20 20mm 1.6 1.8 20 50
CP 25 25mm 1.7 1.9 20 40
CP 32 32mm 2.0 2.2 10 10
CP 40 40mm 2.2 2.5 10 10
CP 50 50mm 2.5 2.8

Classification : Medium Gauge Class 332112
: Heavy Gauge Class 442112
: 2.9 Meters
: ± 0.1mm
Standard Length
Wall Thickness Tolerance
Colour : White / Black

  • Lightweight
uPVC is approximately 1/6 the weight of equivalent galvanized steel system, making it easier to transport, install and handle.
  • Safety
u PVC is a non-conductive material, producing a fully insulated system.
  • Time Saving Installation
It is easy to cut and push fit to accessories. No treading and special tools are required to cut and joint. The conduit cuts easily with a sharp handsaw or PVC cutter and is securely joined by solvent cement.
  • Corrosion resistant
Rigid, non-conducting PVC conduit is immune to almost all types of corrosive such as chemical, inorganic acids biological, or electrochemical encountered in either underground or aboveground systems.
  • Cold bending
Form a 90° angle with just the aid of a bending spring.
  • Cost effectiveness
uPVC Conduit is less expensive compared to steel. Further savings on labour cost can also be generated due to a faster installation time.



Physical Properties of LITAFLEX Conduit Material
Unit PVC
Specific Gravity g/ cm3 1.35
Water Absorption - negligible
Module of Elasticity kg/ cm2 30,000
Softening Temperature °C 75-85
Forming Temperature °C 120
Insulating Temperature Megohm 2.8 X 105
Elongation at Tear % 30


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