Since 1918 William E. Williams Valve Corporation has produced high quality valves for industrial and commercial applications worldwide.

Williams Valves are designed, manufactured and tested to meet and exceed all applicable specifications. Our goal is to furnish top quality valves at competitive prices and timely delivery.

Founded in 1918, William E. Williams Valve Corporation has continuously produced quality valves for industrial and commercial applications. Industries serviced include oil refining, chemical processing, power, commercial and military shipbuilding, pulp and paper, mining and pharmaceutical processes.

Product improvements to meet the latest environmental standards are constantly being implemented. Examples include the most stringent fugitive emission requirements for stem and the implementation of totally contained bonnet gasket designs.

We are a privately owned company whose accomplishments have been achieved by the dedication and commitment of our employees and provide a standard of excellence for all our products to you, our present and future customers.

Williams' Valves are designed, manufactured and tested to meet and exceed all applicable specifications to which they are constructed. Our goal is simply to furnish high quality valve products at prices competitive in the global marketplace and deliveries to meet the challenges required in today's business environment.

We maintain large inventories of finished product to support our distributors, helping them with "just in time" delivery requirements. Orders are frequently shipped within hours of receipt.

This condensed website is intended to provide an overview of our products. Detailed drawings are available in several formats including autocad. All products are completely traceable to quality records. Special non-destructive testing is offered as required.

We have years of experience working on special requirements: electric, hydraulic or pneumatic automation, emergency shut-off valves, soft seats and discs, by-pass valve installations and cryogenic extensions.