High Density Polyethylene Flexible Pipe

We are a leading manufacturer and supplier of HDPE Perforated Pipe / Perforated Drainage Pipe used for subsurface drainage, agriculture drainage, road drainage, foundation drainage and wastewater management systems. Our HDPE perforated pipes are manufactured from high-quality high density polyethylene, offering excellent flexibility, strength, chemical resistance and long service life. Precisely designed perforations ensure efficient water collection and discharge while preventing waterlogging and soil saturation. These perforated drainage pipes are widely used in highway and road projects, railway embankments, retaining wall drainage, agricultural fields, landfills and landscaping drainage systems. They perform reliably even in harsh soil and weather conditions. Lightweight, corrosion-resistant and easy to install, our HDPE perforated pipes are available in multiple diameters and are ideal for civil construction, infrastructure, irrigation and drainage applications.

Flexible Pipe 2" (63mm) 2.5" (75mm) - 60mtrs Roll Can be used instead of PVC Pipe. Also connect flat inline and rainpipe. Use for Drip Irrigation Purpose.

Product Name: Flexible HDPE Pipe 75mm / 10 kg Material: High-Density Polyethylene (HDPE) Diameter: 75 mm Pressure Rating: 10 kg/cm Length: Available in coils or straight lengths, depending on the customer's requirements and the application's specific needs. Color: Generally black to protect against UV radiation, with color-coded stripes available for different applications (e.g., blue for potable water). Applications: Water Supply: Ideal for domestic, agricultural, and industrial water distribution systems. Irrigation Systems: Perfect for both drip and sprinkler irrigation systems due to its flexibility and durability. Cable Protection: Commonly used as conduit pipes for telecommunication and fiber optic cables, providing protection from environmental elements. Drainage Systems: Used in residential and commercial buildings for effective subsoil drainage. Features: Flexibility: Can bend around obstacles, reducing the need for fittings and minimizing installation costs. Durability: Resistant to environmental stress cracking, impact, and UV exposure, ensuring a long service life. Chemical Resistance: Unaffected by many chemical agents, preventing pipe degradation in contaminated soils or water. Leak-Proof: Features reliable joint integrity when fused properly, preventing water loss and maintaining system efficiency. Lightweight: Easier to transport and handle during installation compared to traditional piping materials. Smooth Interior Surface: Reduces friction and maintains high flow rates, minimizing energy costs in pumping applications. Technical Specifications: Density: Typically around 0.941 to 0.965 g/cm . Installation: Suitable for trenchless installation methods which are less invasive and reduce installation times. Operating Temperature Range: Functional from -40 C to +60 C, suitable for a wide range of environmental conditions. Thermal Expansion Coefficient: Approximately 0.150-0.200 mm/m C, important for planning in varying temperature environments. Standards Compliance: Meets or exceeds relevant national and international standards, including ISO 4427 for the conveyance of water and other fluids. Usage Guidelines: Ensure the pipe is free from damage and debris before installation. Use suitable equipment and follow proper techniques for bending and installing the pipe to avoid overstressing the material. Regular inspections are recommended to ensure ongoing performance and integrity, particularly in dynamic environments.

20 MM Flexible pipe for Dressing

HDPE Flexible Pipe is a high-performance High-Density Polyethylene (HDPE) piping solution designed for applications requiring flexibility, strength, and long-lasting durability. Manufactured from premium-quality PE80 or PE100 raw material, these pipes are ideal for water supply, agricultural irrigation, gas distribution, cable ducting, industrial fluid transportation, and infrastructure projects. Their excellent flexibility allows easy installation over uneven terrain with fewer joints, reducing the risk of leakage.