HDPE Pipe for UGVCL

About HDPE Pipe for UGVCL

Elegant Cable Duct HDPE Pipe is a highly flexible & UV Stabilized pipe used for ducting Electrical, USB, OFC mainly for Solar power plants, Solar Roof tof power projects, Underground laying of Electrical cables and other types of cables. These pipes are manufactured using superior quality UV resistive PE compound so as to achieve UV resistance & high flexibility. Elegant Cale Duct Pipes are highly flexible as that they can be easily maneuvered around the corners and curves without use of fittings and thereby reducing cost and time of installation. Smooth inner surfaces helps in reducing Internal Co-efficient of Friction (ICF) between cable and pipes thereby allowing easy insertion of cable by drawing or blowing techniques. Elegant Cable Duct Pipes also comes with high resistance to Ultraviolet (UV) rays thereby increasing overall lifespan to well over 25 yrs. High UV resistance allows overhead cable installations reducing trenching cost. Pipes also contain co-extruded 4 eqvi-spaced continuous longitudinal strip of minimum 3mm width. With installed production capacity of 6000MTPA for HDPE PLB Pipes from 20mm to 630mm in 2.5kg/cm2 to 16kg/cm2 we are committed to just in time supplying high quality products to our customers. 

Application:

                   Telecommunication

                   Solar Power Plant

                   Roff Top Solar Power Projects

                   Computer Network

                   Automatic Signaling

                   Railways Information Network.

                   Highways

                   Cable Service Providers,

                   Broad Band networks

                   Electric cable installation etc.

Advantages:

                   Reduction of stress on cable during installation.

                   Highly Flexible.

                   Impact Resistance.

                   Ultraviolet (UV) Resistance.

                   High Environment Stress Crack Resistance (ESCR).

                   Installation of Longer lengths made feasible.

                   Negotiations of cable movement through bends and deflections are easier.

                   Reduction of number of joints and minimizes number of splices.

                   Faster and easy installation of cable with lesser man power.

                   Reduction of overall cost of installation, maintenance and future upgrades.