Check-All Valve

Check-All Valve specializes in spring‑loaded check valves engineered for reliability across diverse industrial applications. The company has grown from producing a single valve to offering a wide range of designs, and their commitment to quality, innovation, and customer service has earned them international recognition in the valve manufacturing industry.

Their valves are available with a variety of spring settings, body materials, and seat options—allowing each valve to be matched precisely to your application requirements. Designed for quick, smooth closure, Check-All valves help eliminate water hammer and are engineered for quiet, dependable performance. With proper spring selection, they operate equally well in both vertical and horizontal installations.

Merlo Energy partners with Check-All to provide high‑quality, long‑lasting solutions for both standard and specialized applications. As your trusted energy systems partner, we ensure every Check‑All valve we recommend is rugged, efficient, and built to perform to your specifications—delivering results you can rely on.

 

 

Check-All Valve

These valve types reflect Check-All ‘s design approach

Silent Check Valve

A silent check valve uses a spring-assisted poppet to close before flow reversal, helping prevent hydraulic shock, also known as water hammer.

 

Spring-Loaded Check Valve

A spring‑loaded check valve uses a spring to help the poppet close before flow reverses, preventing backflow and reducing hydraulic shock also known as water hammer.

 

Poppet Check Valve

A poppet check valve uses a disc at the end of a stem as the checking mechanism, often with a spring to assist closing before flow reverses.

 

Inline Check Valve

An inline check valve positions the checking mechanism directly in the fluid pathway and is often compact for easy installation and space‑constrained systems.

 

Product Resources & Downloads

CheckAll-Catalog_Page_01-1280x1657

Full Product Brochure

CheckAll & Epic 2024 Catalog_Page_01

Epic Product Brochure