Akash Enterprises

Dwarka, Delhi

HDPE PLB duct pipesare designed and engineered to house the sensitive nerves of Information technology i.e. optical fibers thus enabling information transfer across the globe.Available as per Indian, International Standards or Customers requirements Most Suited for Pulling Optical Fibre Cable (OFC), Telecom, Electrical Lines etc.

Size Range:32/26 mm, 40/33 mm, 50/42 mm

Color:Orange, Green, Brown, Blue, Black or as per Customers requirements.

• Available in Coils upto 1000 Meters Length.
• Available as per TEC Specifications or Customers requirements

Material :Permanently lubricated HPDE Telecom Ducts are manufactured with the superior grade of High-Density Polyethylene materials. HDPE pipes manufactured meets all the requirements of TEC Specifications as well as IS 4984-1995.

Lubrication :Permanently lubricated HDPE Telecom Ducts have special lubricated compound on Inner Side for Conveying Optical Fiber cables with extremely low friction. Coefficient of Friction between the inside of the HDPE Duct and the outside of the inserted communication cable does not exceed 0.06.

Properties of Lubricant:

• Is strongly locked into HDPE.
• It has same physical/mechanical properties as HDPE except low Coefficient of Friction value which is less than 0.06.
• Is evenly distributed around the bore and along the length of duct.
• Does not react with water, hence it is possible to clean the duct by water stream in case of any obstruction/accident.
• Have same frictional properties during life of the duct.

Salient Features of HDPE Duct:

• Environment Stress Crack Resistance (ESCR)
• Impact Resistance
• Crush Resistance
• Low Coefficient of Friction
• Temperature Resistance
• Ultraviolet (UV) protection
• Packaging Details:500 Meters, 1000 Meters

• Enhance corrosion protection & Enhances fatigue life of tendons.
• Lower values of wobble co-efficient (k) & friction co-efficient () than metallic ducts.
• Better bonding with the concrete.
• Increased Clear Span
• Thinner Slabs
• Lighter Structures
• Reduced cracking & Deflections
• Reduced Story Height
• Rapid Construction
• Better Water Tightness
• Good impact - compression strength- High stiffness & flexibility.
• Environment friendly & chemically inert.
• Helps electrical monitoring of tendons

HDPE DOUBLE WALL CORRUGATED PIPES (DWC)are being used as cable protection ducts and carry ISI mark IS 14930 part II.HDPE DWC pipes are best and economical and give far longer life (50years) compared to conventional RCC and GI pipes used for this purpose.
Used as underground cable protection and management For Signal and Telecom, Power & Optical Fiber Cables

HDPE DOUBLE WALL CORRUGATED PIPESMade of HDPE as Power, Signal, and Telecom Cable & Optical Fiber Cable Ducting.

Produced as per IS 14930 Part- II

Polyolefin Moulded Cable Duct / Channel / Trunking for laying of all types of Signal / Communication / Power Cables , produced of PolyolefinThe channel/ Trays have horizontally attachable to each other with male/female swallowtail connections with suitable detachable cover.

Plastic Moulded cable ducts have been developed as a substitute for the concrete cable ducts used in the past

The materials used and the design of Moulded cable ducts have gives substantial advantages compared with concrete trenches / channels

• Transportation
• laying
• handling
• jointing etc

For Underground Conduit Cable / supports for cables A must for underground pipe cable encasement of conduit and nonmetallic cable racking for use in power wiring cable and communications manholes.
With the Duct Spacer you can save time and effort.

Duct bank can be easily pre-assembled outside of the trench.

Available for Duct sizes from : 2 to 8 Ducts Rows : 2 to 8

• Sewerage/Storm Water Drainage
• Sewerage Treatment Plants (STPs)
• City and Urban clusters
• Urban Sewerage Rehabilitation
• Highway and Busy roads Drainage
• Surface & Sub-Surface Drainage
• Effluents disposal and Industrial Drainage
• Storm/Flood Water / Waste Management & Culverts / Pavements drainage
• Drainage & Sewerage in Buildings /Housing Complex/ Town Ships /Cantonments/ Airport /Hospitals

(For Transportation of Water / Liquids/ Chemicals with pressure)

• HDPE Pipes are manufactured from High Density Polyethene-Pipe. Grade Material PE-63, PE-80, PE-100 a most versatile material suitable for pipes.
• HDPE pipes are of low costs and high performance.
• The pipes are better substitute for costly Metallic and Non-Metallic pipes like CI, GI, AC, RCC & MS. HDPE Pipes are generally made black in colour by addition of Carbon Black to protect from ageing & degradation due to ultraviolet sunrays.
• Pipes are manufactured in various sizes in all Classes / Pressure Ratings as per IS:4984

ADVANTAGES APPLICATIONS OF HDPE PIPES

• Light Weight
• Flexibility
• Toughness
• Chemically Inert
• Resistance to Abrasion
• Smooth Surface
• Environmental Stress Crack Resistance
• Corrosion Resistance
• Frost & Rodent Resistance
• Hygienic Safety
• Easy & Quick Installation
• Low Thermal Conductivity

APPLICATIONS :

• Portable w ater supply
• Irrigation/Agriculture
• Gas Transmission
• Industrial Effluents
• Telephone Cable Duction
• Sew erage & Drainage
• Sprinkler System
• Slurry Transportation
• Chemical Industries
• Tubew ells

JOINTING

HDPE Pipes offer simple, easy, quick and economical method of jointing of pipes by Butt-Welding (Fusion Technique) and detachable insert type joints (Sockets, Bends, Tee, Elbow etc.)

• Drainage in Agriculture Waterlogged lad ( SSD )
• Golf cources Drainage
• Sports fields Drainage
• Landscape Drainage
• Podium Drainage
• Available sizes : 65mm OD to 250mm OD
• Specifications : DIN 1187 and IS: 9271

These pipes along with filter material would benefit for good drainage of Golf Courses and Stadiums etc and are already been used in the

The above pipes are being world wide for large scale Sub_surface Drainge projects as a better substitute for conventional clay tiles and solid wall pvc or HDPE pipes ( where in the perforations are done manually ).

• The corrugated profile gives maximum load bearing strength to the pipes and at the same time required flexibility to take soil settlement movements.
• Very easy to install & Joint
• Cost effective

• Removal of excess moisture/water from the soil mass
• Maintaining soil bearing capacity at the desired level.
• Avoiding soil movements and surface deformation of the road.
• Preventing sinking of soil mass due to filter envelop.