Ashirvad Korrosafe - Industrial-Grade CPVC & uPVC Piping Systems

Yes. You can cut Korrosafe pipes using a plywood cutting saw, ratchet cutter, or wheel cutter. Ensure the cut is square (90°) for optimal bonding during joint assembly.

Deburring removes sharp edges and burrs that can obstruct flow or prevent proper joint contact. Beveling the pipe end helps it slide smoothly into the fitting socket, ensuring a secure fit.

Always use Ashirvad CPVC Solvent Adhesive conforming to ASTM D2564 standards. This ensures a strong, durable bond and prevents joint failure.

One-Step: Apply solvent adhesive directly to both the pipe and fitting socket.
Two-Step: Involves applying primer first to soften surfaces, followed by solvent adhesive. This method is recommended for critical applications to ensure maximum bonding strength.

Hold the assembly for at least 3 seconds to allow the joint to set and prevent push-out. A visible bead of adhesive should form around the socket entrance.

No. Never use air or other gases for pressure testing. This can be dangerous and may damage the system. Use water for pressure testing and ensure flow velocities do not exceed 5 feet per second.

Cut off at least 25 mm beyond the visible crack before proceeding with installation. This ensures the integrity of the joint and prevents future leaks.

Yes. Korrosafe offers a complete range of CPVC and uPVC piping systems, each engineered for specific applications such as hot and cold water plumbing, industrial use, and more.

Use the patented alignment system provided with Korrosafe fittings. Proper alignment ensures optimal flow and long-term performance of the piping system.

Ashirvad Korrosafe CPVC and uPVC piping systems are designed to handle aggressive fluids, chemicals, and industrial process water. Their high chemical resistance, strong mechanical properties, and non-corrosive nature make them well-suited for demanding industrial and chemical environments.

Higher impact strength allows Korrosafe CPVC pipes to withstand mechanical stress, handling damage, and sudden load variations without cracking. This enhanced toughness helps ensure reliable performance in industrial settings where operational and environmental conditions can be demanding.

CPVC offers superior temperature resistance compared to uPVC, making it suitable for hot water and high-temperature fluid applications. Ashirvad Korrosafe CPVC pipes maintain strength, pressure rating, and dimensional stability at elevated temperatures where uPVC systems may not be suitable.

Korrosafe piping systems are inherently resistant to corrosion, rust, and chemical attack. Their smooth internal surfaces prevent scaling and deposit build-up, helping Ashirvad Korrosafe pipes maintain consistent flow performance and extend service life in industrial applications.

Korrosafe CPVC and uPVC piping systems are widely used in industries such as chemical processing, pharmaceuticals, food and beverage, water treatment plants, power plants, manufacturing units, and commercial process facilities where chemical resistance and reliability are critical.