Market-driven product development
Market-driven product development is fully incorporated during the initial stages of product development. The first step in Bray’s product development process is to reach out to our customers. Bray’s global objectives focus heavily on having, maintaining and increasing customer relationships.
A great amount of emphasis is placed on customer relationship management to ensure there is not only strong communication on the sales side, but also significant influence into the product development efforts as well. It is important to all Bray employees that customers feel very involved in everything Bray does, especially with the products we develop.
Resilient Seated Butterfly Valves
High Performance Butterfly Valves
Triple Offset Butterfly Valves
Knife Gate Valves
Actuators & Controls Accessories
A global presence in over 60 countries
Fully integrated and
A global presence in over 60 countries around the globe on six continents, Bray has developed a fully integrated and innovative product portfolio engineered to meet the needs and expectations of its customers in the world’s largest and fastest growing economies. These products include standard and severe service butterfly and ball valves, specialty slurry valves, knife gate valves, check valves, pneumatic and electric actuators and controls.
Additionally, Bray double and triple offset valves present enormous cost savings over other types. They offer considerable space savings, usually by a third or more. Being smaller, they are much lighter, up to ten percent. Space and weight savings are oftentimes critical and Bray valves have the advantage.
Engineering excellence and precision
Actuators and Accessories
Bray's Series 92/93
Spring Return: Bray’s Series 93 spring return models employ a unique cartridge system for easy conversion from direct acting to spring return actuation.
Stainless steel mechanical travel stops.
Infinitely adjustable travel limit cams.
Optional torque limiting switch system.
Servo operation can be configured to accept standard input signals.