CPVC Female Adaptor with Brass Thread – Sizes: 20mm, 25mm, 32mm, 40mm, 50mm, 20×15mm, 25×15mm

The CPVC Female Adaptor with Brass Thread is a versatile and durable plumbing fitting designed to connect CPVC pipes to metal-threaded components. Featuring a robust CPVC body and an internally threaded brass insert, this adaptor ensures a strong, leak-proof connection between plastic and metal piping systems.

Available Sizes:

• 20mm

• 25mm

• 32mm

• 40mm

• 50mm

• 20mm × 15mm (step-down fitting, 20mm CPVC to 15mm brass thread)

• 25mm × 15mm (step-down fitting, 25mm CPVC to 15mm brass thread)

Key Features:

• Material: High-quality CPVC body for excellent resistance to corrosion, chemicals, and high temperatures, with a precision-machined brass female thread for secure connections to male-threaded components

• Thread Size: Available in 20mm, 25mm, 32mm, 40mm, 50mm, 20×15mm, and 25×15mm brass female thread (internal threading for connection to male-threaded fittings)

• Connection Type: Solvent weld on the CPVC side, and a brass female thread on the other for easy connection to metal components

• Temperature & Pressure Rating: Suitable for both hot and cold water systems, designed to withstand high pressure and temperature conditions

Applications:

• Ideal for residential, commercial, and industrial plumbing systems

• Connects CPVC pipes to metal threaded valves, faucets, pumps, and other fixtures

• Used in hot and cold water supply lines, ensuring leak-proof and secure connections

• Suitable for applications where transitioning between CPVC and metal piping is needed

Benefits:

• Leak-Proof: Ensures a secure and leak-resistant connection between CPVC and brass threaded components

• Durability: Resistant to corrosion, scaling, and chemical reactions, ensuring long-lasting performance

• Easy Installation: Simple to install using standard solvent cement for CPVC and threaded connections for the brass fitting

• High-Temperature & High-Pressure Performance: Ideal for systems that require reliable performance under demanding conditions