CPVC Tank Connector

Description

The CPVC Tank Connector is a highly reliable and essential component for any water storage or distribution system that uses a tank. Made from durable chlorinated polyvinyl chloride, this fitting is expertly engineered to create a secure and accessible water outlet. It is designed with a male threaded body that passes through a hole in the tank wall, a robust nut that fastens from the outside, and two rubber washers that compress to form a perfect, watertight seal on both sides of the tank.

Uses:

• Water Tank Outlets: The primary use of a tank connector is to create a secure, threaded outlet at the base of a water tank. This allows a CPVC pipe to be connected for water distribution to a home or building.

• Creating a Reliable Seal: It is specifically designed for applications where a secure and leak-proof seal against a flat surface is critical, such as a water tank, a sump, or a large vessel.

• Connecting Valves and Pipes: The exposed threads on the outside of the tank connector allow for a valve, a filter, or a standard CPVC fitting to be easily attached to the tank.

Advantages:

• Superior Leak-Proof Performance: The two-washer and nut system provides a powerful and reliable seal that is far more effective than a simple threaded joint. This is crucial for preventing leaks and water loss from a tank.

• High Durability and Longevity: As a CPVC fitting, it is completely resistant to rust, corrosion, and the degrading effects of sunlight and water. This robust construction ensures a long service life and high reliability.

• High Temperature and Pressure Resistance: Like other CPVC fittings, it is designed to handle hot and cold water applications, withstanding temperatures up to 200?F (93?C) and maintaining durability under a wide range of operating pressures.

• Simplified Installation: The tank connector’s design makes installation straightforward. It requires only a pre-drilled hole in the tank and a wrench to tighten the nut, which simplifies the process and reduces labor.