Huliot Pipes & Fitting Private Limited Alkapuri, Vadodara, Gujarat

High temperature resistance; 95°c for long term and 98°c for short term, Improved fire behavior classified, available both I classification B1 or B2 according to DIN 4102, Light weight, easy handling and installing Push-fit, ring seal, connecting method, The best resistance to corrosive materials and last longer than other plastics and cast iron. Durable for more than 100 years according raw materials manufacturers and more than 50 years according to standards cycle test results, Environmental – the most neutral material with the smallest carbon footprint and without health risks during the materials and products production process, 100% recyclable.

All pipes are tripled layered provide highest mechanical performances, S16 according EN-1451-1, External Grey PP layer that provide high impact strength, Intermediate PP compound layer provide the pipe stiffness, Internal low-friction white PP layer providing the best flow performance, high resistance to chemical agents and high-definition contrast for visual monitoring.

External Grey PP layer that provide high impact strength, Intermediate PP compound layer provide the pipe stiffness, Internal low-friction white PP layer providing the best flow performance, high resistance to chemical agents and high-definition contrast for visual monitoring.

ost-effective non-pressure wastewater and drainage piping system made of Polypropylene (PP) available in diameters from 32 mm to 160mm, comply all requirements according to EN 1451-1, suitable for above & below ground installation inside the building structure.prefabricated additions and custom changes (e.g., multiple branches, special diameters) for its basic fittings range provide a solution for special projects.

fittings as well as the system of fastening to the building’s structure such as brackets and clamps. This sound comes from the noise inside these systems, which makes them vibrate (acoustic resonance). The resonance is transmitted through the pipe clamps to the building’s structure and is heard in neighboring rooms as an irritating acoustic wave. In this case, it is important to design the system of fastening pipes and fittings to the building’s structure in such a way that the acoustic resonance is reduced to the minimum.