Onefit Corzan - CPVC Industrial Piping System
Prince Onefit with Corzan CPVC technology sets a new benchmark for industrial CPVC pipe systems by offering superior durability, outstanding chemical resistance and an extended service life. Designed to handle the toughest operating environments, the Prince Onefit piping system is engineered to outperform traditional metal pipes and conventional plastics, which often degrade rapidly when exposed to aggressive chemicals, high pressure and elevated temperatures.
Unlike metal piping systems that are vulnerable to corrosion, scaling, pitting and eventual leakage, Corzan pipes maintain structural integrity, even under extreme operating conditions. This reliability of industrial CPVC pipe ensures safer and more efficient fluid transportation in critical industrial processes, minimising the risk of costly production halts and unplanned shutdowns.
Prince Onefit Corzan CPVCs robust design also means reduced maintenance intervals, fewer replacement cycles and significantly lower operational downtime - offering industries uninterrupted productivity and peace of mind. Additionally, its easy installation process lowers job-site labour efforts and removes the need for specialised anti-corrosion coatings, saving both time and money.
In industries where operational reliability and safety are non-negotiable, Prince Onefit industrial CPVC pipe with Corzan CPVC stands out as the smart, long-term investment - delivering performance, efficiency and durability in the harshest industrial conditions.
Faster and Safe Installation
Reduced Installation Cost
Reduced Downtime
Superior Chemical Resistance
Superior Corrosion Resistance
Fluid Handling Properties
Higher Impact Resistance
Highest HDT Rating
Outstanding Weatherability
Longer Service life
Chemical Processing
Chlor-Alkali Processing Industry
Mineral Processing Industry
Power Generation Industry
Wastewater Treatment Plants
Use Genuine Corzan CPVC Solvent Cement: Always use CPVC-compatible solvent cement recommended by Prince Pipes to ensure leak-proof joints and chemical bonding that matches system pressure requirements.
Don’t Use Metal Tools Directly on CPVC: Avoid metal hammers or sharp tools that can damage the pipe surface or deform fittings during installation.
Perform Proper Pipe Cutting: Cut the pipes squarely using a fine-toothed saw or pipe cutter. Deburr and smoothen the cut ends to avoid damage during joining.
Don’t Apply Excessive Force: Never force a pipe into a misaligned fitting. Overstressing can lead to cracks or premature joint failure.
Clean and Dry Before Joining: Before applying solvent cement, ensure that pipe ends and fittings are clean and moisture-free. Dirt and water weaken bonding.
Don’t Expose to Open Flame: Avoid using direct flame near CPVC pipes. Use mechanical or solvent joining methods — never heat or bend with flame.
Allow Correct Curing Time: After solvent welding, allow adequate curing time before pressurising the system. Follow Prince Pipes’ recommended curing schedule based on pipe size and ambient temperature.
Don’t Skip Expansion Allowances: CPVC expands and contracts with temperature changes. Always allow space for expansion loops or joints as per the manufacturer’s guidelines.
Support Piping Properly: Use the correct spacing of supports and clamps to prevent sagging or stress on joints, especially in high-temperature applications.
Don’t Mix Incompatible Materials: Avoid using PVC, metal or non-approved adhesives on Corzan CPVC systems, as they can cause leaks, chemical reactions, or structural weakness.