Leading Manufacturer Of HDPE Hose Pipes, Plain Lateral Hose Pipes And PLB HDPE Telecom Ducts

HDPE Pipes are manufactured by High-Density Polyethylene Polymers in all three grades. PE 63, PE 80, PE 100 in accordance to IS: 4984-2016 standards. Nominal Pressure from PN 2 to PN 20 PE Grades: PE 63, PE 80 & PE 100 Standard Dimension Ratio from SDR 41 to SDR 6 Sizes: 16 mm to 110 mm OD Applications: Water Supply, Agriculture and Irrigation HDPE Hose Pipes (16 mm to 110 mm) are versatile, high-density polyethylene piping solutions designed for heavy-duty fluid transport, agricultural irrigation, and municipal water distribution networks. Core Specifications & Standards Material & Grades: Manufactured using high-density polyethylene polymer resins available in PE 63, PE 80, and PE 100 grades in accordance with IS 4984:2016 standards. Size Range: Outer diameters range from 16 mm up to 110 mm, catering to diverse application scales from individual agricultural laterals to main water supply lines. Pressure Ratings: Designed to handle nominal pressure ratings ranging from PN 2 to PN 20 (2 bar to 20 bar). Dimension Ratios: Standard Dimension Ratios range from SDR 41 down to SDR 6, offering varying wall thicknesses based on working pressure requirements. Primary Applications Agricultural & Micro-Irrigation: Functions as mainlines, sub-mainlines, and distribution pipes for drip and sprinkler irrigation networks. Potable Water Supply: Used in rural and urban water conveyance schemes for safe drinking water delivery. Industrial & Effluent Disposal: Ideal for transporting industrial effluents, chemicals, and slurry due to superior corrosion resistance. Infrastructure & Sewerage: Deployed in underground drainage, borewell piping, and cable ducting projects. Key Advantages High Impact & Crushing Strength: Resistant to external pressure, soil loads, and mechanical shocks. Chemical & Corrosion Resistance: Non-corrosive, rust-proof, and impervious to aggressive soil minerals, fertilizers, and acidic/alkaline fluids. Leak-Proof Jointing: Can be easily butt-welded or jointed using compression fittings to ensure seamless, leak-proof connections. Flexibility & UV Resistance: Highly durable for above-ground and underground installations under extreme weather and sunlight exposure.

Sanitizer Tubes (or Sanitizer Hose Pipes) are specialized flexible tubing designed specifically for the safe transfer, dispensing, and spraying of liquid sanitizers, disinfectants, and cleaning chemicals. Core Specifications & Features Chemical-Resistant Material: Typically manufactured from specialized, non-reactive polymers (such as reinforced PVC or specialized polyethylene formulations) that can withstand constant exposure to harsh chemicals, alcohol solutions, and solvent-based sanitizers. Non-Corrosive Inner Lining: Features a smooth internal core designed to prevent chemical reaction, degradation, or leaching when in contact with high-concentration isopropyl alcohol, ethyl alcohol, hydrogen peroxide, or chlorine-based compounds. Flexibility & Kink Resistance: Flexible design engineered to prevent kinking, cracking, or splitting during high-frequency movement in spraying or dispensing operations. Pressure Tolerance: Built to maintain structural integrity under continuous low-to-medium working pressure from dispensing pumps, foggers, and automated spray stations. Primary Applications Automated Sanitizer Dispensers: Used as internal tubing for touchless hand sanitizer kiosks and wall-mounted automatic dispensers. Disinfection Spray Equipment: Integrated into agricultural, industrial, and commercial sanitizing sprayers, backpack foggers, and mister devices. Medical & Healthcare Facilities: Deployed in clinical environments, labs, and hospitals for chemical chemical-dispensing apparatus and sanitation systems. Food & Beverage Processing: Utilized in processing plants for surface sanitization and line cleaning workflows. Key Advantages Alcohol & Chemical Compatibility: Prevents swelling, hardening, or cracking commonly caused by alcohol-based formulas in standard plastic tubing. Long Service Life: Resistant to chemical corrosion, environmental degradation, and mechanical stress, reducing replacement frequency. Smooth Fluid Transfer: Ensures clean, unhindered flow and precise dosing without chemical residue buildup inside the tube.

Available in Class 1 & Class 2, made of high grade 100% virgin polyethylene conforming to Indian standard IS:12786. Resistant to chemicals and fertilizer used in agriculture. It is used as lateral pipe in various micro irrigation systems such as Drip, Micro Sprinkler, Micro Sprayer, Jets, Foggers etc... Sizes: 12 mm, 16 mm & 20 mm LLDPE Plain Hose Pipes (20 mm) are high-capacity flexible lateral conduits engineered for large-scale micro-irrigation systems, agricultural fields with long run lengths, and high-flow emission devices. Core Specifications & Standards Size & Dimensions: Nominal outer diameter of 20 mm, representing the upper capacity threshold for micro-irrigation lateral piping. Material & Quality: Manufactured from 100% virgin Linear Low-Density Polyethylene (LLDPE) complying with Indian standard IS:12786. Offered in Class 1 and Class 2 pressure ratings. UV & Weather Stabilization: Formulated with carbon black and UV additives to endure direct, prolonged sunlight exposure and thermal expansion without cracking or degrading. Agrochemical Resistance: Fully resistant to fertilizers, pesticides, and soil chemicals commonly injected during fertigation. Primary Applications Long-Run Drip Lateral Systems: Ideal for extensive crop rows where smaller 12 mm or 16 mm pipes would experience too much pressure drop over long distances. High-Flow Micro-Sprinklers & Jet Networks: Supplies higher water volume required for mini-sprinklers, spray jets, misting systems, and foggers in orchards and greenhouses. Commercial Agriculture & Estates: Widely used in sugarcane, banana, tea/coffee plantations, fruit orchards, and large-scale turf management. Key Advantages Reduced Friction Loss: The larger 20 mm inner diameter minimizes internal friction, maintaining consistent flow and uniform pressure over longer lateral distances. Higher Discharge Capacity: Accommodates a greater number of emitters or higher-flow drippers per line compared to 12 mm and 16 mm options. Durability & ESCR: Features high Environmental Stress Crack Resistance (ESCR) to handle mechanical stresses, dragging across rough terrain, and varying soil loads.