About Underground DWC Pipe
DWC (Double Wall Corrugated) Pipe is a high-strength HDPE pipe designed for underground cable protection and ducting applications. The outer corrugated wall provides excellent ring stiffness and load-bearing capacity, while the inner smooth wall ensures easy cable pulling with minimal friction.
JP POLYPLAST PVT LTD manufactures premium-quality HDPE DWC Pipes in sizes ranging from 40 mm to 160 mm, suitable for electrical, telecom, OFC, solar, railway, highway, and infrastructure projects.
Features
High Ring Stiffness (SN4/SN8)
Excellent Impact Resistance
UV Stabilized
Fire Retardant Option Available
Anti-Rodent Protection Available
Lightweight and Easy Installation
Corrosion and Chemical Resistant
Long Service Life (50+ Years)
Smooth Inner Surface for Easy Cable Pulling
Leak-Proof Jointing System
Applications
- Underground Electrical Cable Protection
- Telecom & OFC Networks
- Solar Power Projects
- Smart City Infrastructure
- Railway Signaling & Communication
- Highway and Road Crossing Projects
- Industrial Cable Ducting
Available Sizes
40 mm, 50 mm, 63 mm, 75 mm, 90 mm, 110 mm, 120 mm, 160 mm
Manufacturer: JP POLYPLAST PVT LTD
Brand: DUCTLINE DWC
Material: High-Density Polyethylene (HDPE)
Standard: IS 14930 (Part 2) / Project Specifications
Color: Orange, Red, Yellow, Blue, Black (as required)
Exceptional Flow EfficiencyDesigned with a smooth inner wall, our DWC pipe ensures reduced friction and promotes efficient movement of liquids or cables inside, making it the preferred choice for demanding utility projects. The twin-wall design also boosts structural integrity without compromising on flow capacity.
Durability for Harsh EnvironmentsThese HDPE pipes withstand temperatures from -20C to +60C and offer excellent chemical, UV, and crush resistance. Their robust construction makes them an excellent solution for cable protection in solar, telecom, smart city, and industrial settings, even under challenging outdoor or underground conditions.
Flexible Installation OptionsOur pipes support multiple installation methods, including direct burial, trenchless, and open trench techniques. Easy-to-fit push or coupler connections and options for watertight seals simplify deployment, ensuring reliable long-term performance with minimal maintenance.
FAQ's of Underground DWC Pipe:
Q: How is the Underground DWC Pipe installed?
A: The pipe can be installed using direct burial, trenchless, or open trench methods, providing flexibility for various site conditions. Its lightweight and flexible design makes handling and installation easier compared to traditional rigid pipes.
Q: What are the main benefits of the smooth inner wall design?
A: The smooth inner wall minimizes friction loss, enabling optimal flow of cables, water, or air, and reducing the risk of blockages. This feature ensures high efficiency in cable protection and ducting applications.
Q: When should I choose the fire-retardant grade?
A: Select the optional fire-retardant grade if your installation is in areas where enhanced fire resistance is required, such as critical infrastructure zones or locations with strict fire safety standards.
Q: Where can this DWC pipe be used effectively?
A: It is suitable for underground electrical cable protection, telecom and OFC networks, solar power projects, smart city infrastructure, railway signaling, highway and road crossings, and industrial cable ducting projects.
Q: What is the process for achieving watertight joints?
A: Joints can be sealed using either rubber rings or welding, both providing watertight seals to prevent ingress of water, soil, or contaminants, ensuring network integrity in diverse applications.
Q: Is this HDPE DWC pipe environmentally friendly?
A: Yes, the pipe is made from 100% recyclable HDPE, offering a sustainable solution for modern infrastructure with a long service life of 20 years.
Q: What are the available sizes and how do I select the right one?
A: Pipes are typically available in diameters from 40mm to 1200mm and in 6m or 12m lengths, or as per specific requirements. Contact your supplier to determine the best size and thickness based on your project needs and standards.