110mm HDPE Double Wall Corrugated Cable Duct Supplier

110mm HDPE Double Wall Corrugated Cable Duct

Specifications

Material	HDPE
Application	Cable Ducts
Size	40 to 200mm
Port of Dispatch	Mumbai
Production Capacity	100000 mtrs

Additional Information

Payment Terms	L/C, T/T
Delivery Time	10 days

The team of quality auditors, that we have, strictly checks the entire production process for ensuring zero defects at buyer's end. From bulk to retail order fulfillment, we can do it all. Our company has a wide supply chain network to provide our buyers with the product all year round and make timely delivery.

Details

Corrosion Resistant
Available in colours on demand
Chemically inert
Environmentally safe
Good impact strength
Good abrasion resistance
Less weathering
Recyclable
Water Floatable

Pipes made from Polyethylene (PE) is a cost effective answer for a number of piping roblems in Metropolitan, Municipal, Industrial, Underwater, Mining, Landfill Gas extraction,Cable duct and agricultural applications. It has been tested and proven effective for underground, above ground, surface, under water as well as floating pipe applications.

Polyethylene pipes as High Density (HDPE) can carry potable water, wastewater, slurries, chemicals, hazardous wastes, cables and compressed gases as well as oils. Polyethylene pipes have a long and successful service experience to the gas oil, mining and water utility industries. PE pipes have the lowest repair frequency per Kilometer of pipe per year compared with all other pipe materials used for u rban water and gas distribution.

The product is used on a wide range by almost all the departments in India like Railways, PWDs, Telecom Companies, Development Authorities, State Electricity Board, Airport Authorities, Power Distribution Companies etc. for Power/Telecom/ Signaling cable protection and Water management system.

The conventional methods of laying bricks, putting RCC or stoneware pipes is now getting gradually replaced by Railways,Govt., Semi Govt., Power Distribution companies, various Municipal Corporations, State Development Authorities etc. as Indian Standard Bureau exclusively specify the field requirement and testing of ducts suitable for underground cable protection by forming specifications ISI: 14930 Part II. These earlier conventional methods are outdated and are being followed in the absence of appropriate standards and standards followed earlier were meant for the pipes to be used for sewage and drainage.

Corrosion Resistant

Available in colours on demand
Chemically inert
Environmentally safe
Good impact strength
Good abrasion resistance
Less weathering
Recyclable
Water Floatable

Advantages due to DW Corrugation :

Saves Raw materials
Excellent Ring stiffness
Smooth inner wall, hence minimum loss of friction
Even when bent, the roundness of Pipe is retained
Moderate flexibility takes care of Soil Settlement Takes
heavy earth loads
Easy jointing

Tuffline DWC Duct Advantage

Much longer life as compared to GI, RCC and PVC pipes
Light weight and therefore easy to transport, handle and install
Ability to take heavy loads due to good mechanical properties
Chemically inert and therefore Suitable for use in saline/coastal areas
No sharp edges and therefore safe for duct/cable installation
Flexible to take bends and curves around obstacles

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Technical Specification

Nominal Size	mm	40	50	63	77	90	110	120	145	160	175	200
O.D.	mm	40	50	63	77	90	110	120	145	160	175	200
I.D.	mm	32	38	50	63	75	95	103.5	125	136	150	175
Min Bending	Radius	500	700	1100	1100	2000	3600	3600	NA	NA	Na	Na
I.D. Of Coil	mm	N.A	1400	..	850	1000	….	1400	NA	NA	Na	Na
Standard Color	Black	Black	Black	Black	Black	Black	Black	Black	Black	Black	Black	Black

HDPE DWC DUCTS Comparison With RCC, GI And PVC Ducts

Property	Tuffline Duct	RCC Pipe	GI Pipe	PVC Pipe
Chemical Resistance	Good resistance to acids & alkalis	No resistance to most alkalis& acids	Low resistance to acids and alkalis	Moderate resistance to most alkalis and acids
Soil Settlement	Being flexible, adjusts itself to soil settlement. Does not crack	Does not adjust itself to soil settlement and cracks	Does not adjust itself to soil settlement and gets stressed	Does not adjust itself to soil settlement and cracks
Transportation & Handling	Easy handling due to light weight. Cost of transportation is low	Very heavy & brittle. Difficult to handle, chances of breakages during handling and transportation. Cost of transportation is high	Very heavy. Cost of transportation is high	Easy handling. However losses occur due to breakages caused due to its limited flexibility
Flexibility	Flexible, can be bent to a radius as low as10 x O.D. of the duct Less number of joints.	Rigid, cannot be bent	Rigid, cannot be bent	Rigid, cannot be bent
No. of Joints	Can be supplied in coil form in length up to 30m	More joints. Supply length 1.5 to 2.0m	More joints. Standard supply length 6.0m	More joints. Standard supply length 6.0m
Laying of Additional Ducts/ Replacement of Ducts & Cables	Possible due to aligned joints, continuous length and smooth bends	Not possible. High chances of breakages/damages. Re-â�� digging is necessary	Not possible due to sharp bends. Re-â�� digging is necessary	Not possible as joints are of permanent nature. Re-â�� digging is necessary.

Note :-â�� Half-â��Split Tuffline Dwc Hdpe Cable Ducts are also available as 'half-â��split', which is very useful for protecting heavy cables and in situations when the cable or duct has already been laid.