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CPVC Industrial Piping Systems
CPVC Industrial Piping Systems
Astral Poly Technik Limited offers a wide range of CPVC industrial piping systems.
Product & Technology News
- It is a pioneer in manufacturing Corzan' brand chlorinated polyvinyl chloride (CPVC) piping systems (an engineering thermo plastic) in India with monopolistic manufacturing status.
- It imports quality assured raw materials from the sole licensor in India, M/s Lubrizol Corporation, USA (formerly Noveon Inc) who is the innovator and world leader of the unique and most advanced CPVC industrial piping system, with ultra modernised technology.
- The CorzanTM CPVC industrial piping, fittings and valve system offering excellent balance of properties required by the process industries, viz: chemical processing, pulp and paper, metal treating, chlor-alkali, fertilizer, mining, waste water treatment, air pollution, pharmaceuticals, sugar, cement industries, refinery and petrochemicals, shipping, power sector, steel industries, maize products, etc., against conventional metal/lined piping and polymer piping systems.
- These are supplied to various fertilizers and chemicals units all over India. Corzan piping systems provide adequate tensile strength for operating up to 200°F (93°C). These can be expected to maintain their pressure-bearing capabilities for 50 years and beyond.
- Its features and benefits: longer service life, lower maintenance, improved process utilisation, easy and fast installation, reduces labour cost and helps ensure environmental condition; excellent fire performance characteristics, such as high resistance to ignition, low heat of combustion, high limiting oxygen index, lower flame spread and lower smoke generation characteristics; and high glass transmission temperature, high heat distortion temperature. CPVC is inert to most mineral acids including-sulfuric, chromic, phosphoric and hydrochloric, bases, mineral salts and diaphetic hydrocarbons due to this preventing process leak, maintaining smooth flow and checking out premature failure of the piping systems. It has the lowest co-efficient of thermal expansion of any commonly used thermoplastic piping systems, maximum pressure structural integrity.
