The Shock Arrestor with 15mm Compression is a compact, efficient device designed to protect piping systems from the damaging effects of pressure surges, also known as water hammer. This shock arrestor is specifically designed for use in systems with 15mm compression fittings, offering a quick and secure installation that helps to absorb sudden pressure changes in the pipeline. When water or another fluid in a pipeline is suddenly forced to stop or change direction, it creates a pressure surge that can cause damage to the pipes, joints, valves, and other components. The Shock Arrestor with 15mm Compression mitigates this by absorbing the impact of these surges, preventing potential damage, reducing noise, and protecting the integrity of the entire system. This helps to maintain smooth fluid flow, extend the lifespan of the system, and reduce the need for costly repairs. Made from durable materials such as high-strength plastic or stainless steel, the shock arrestor features a built-in chamber or diaphragm that compresses under pressure surges, effectively dissipating the shock energy. The 15mm compression fitting allows for easy installation into standard piping systems, ensuring a tight and leak-proof connection without the need for special tools or complex setup. Commonly used in domestic water supply systems, heating systems, and other low-to-medium-pressure fluid applications, the Shock Arrestor with 15mm Compression is designed to provide reliable performance, reduce maintenance costs, and improve system efficiency. By preventing water hammer and the wear it causes, this device ensures that your piping system runs smoothly and quietly for a longer period. In summary, the Shock Arrestor with 15mm Compression is a crucial component for protecting plumbing systems from the effects of pressure surges, reducing wear and tear, and ensuring a more efficient, quieter operation. Its easy installation and durable construction make it an excellent choice for a wide range of residential and light commercial applications.
