PVC-C end cap 1/2" 4717-005

PVC-C bonded system end cap

This KW PVC-C end cap with a diameter of 1/2 inch is a reliable solution for terminating installations made of chlorinated polyvinyl chloride (PVC-C). The fitting is designed for bonded systems, providing a tight and durable connection. It is ideal for hot and cold water, air conditioning and industrial installations where chemical resistance is required.

Material and application

Made of high-quality CPVC (chlorinated polyvinyl chloride), this end cap is characterized by exceptional durability – estimated at a minimum of 50 years. This material provides resistance to corrosion, scale and contamination, as well as to the action of several hundred chemicals. Thanks to its physiological and microbiological inertness, the fitting is safe for drinking water. Its application includes both new installations and modernization of existing systems.

Advantages for professionals and users

• Durability and reliability: CPVC guarantees long-term operation without the need for frequent replacement.
• Chemical resistance: Possibility of use in installations transporting various media, including chemicals.
• Easy installation: Bonding eliminates the need for specialized tools and electricity, speeding up installation work.
• Damping properties: Reduction of noise and vibration in the installation.
• Lightweight: Compared to traditional materials (steel, copper), PVC-C is much lighter, making it easier to transport and install.
• Smooth inner surface: Reduces flow resistance, allowing for optimization of pipeline diameters.
• Thermal insulation: Reduces heat loss and the risk of condensation on cold water pipes.
• Fire safety: The material does not support the combustion process, increasing the safety of the installation.
• No galvanic corrosion: Electrical insulation protects against corrosion in the event of installation in the ground or connection with other metals.

Additionally, the high rigidity of PVC-C pipes ensures an aesthetic appearance of the installation and facilitates the modernization of older systems made of steel or copper. The fitting design minimizes local flow resistance, providing a full cross-section and optimal system performance.