Description
Elkhart Brass RC10 Slow Closing Valve Control
The Elkhart Brass RC10 Slow Closing Valve Control is a valve control device designed for safe and smooth operation of water flow in various applications, such as firefighting, industrial settings, and water distribution systems.
Elkhart Brass has built a reputation for quality, value, and customer service. The company proudly celebrated its 100th anniversary in 2002, marking a century of dedication to excellence. In 2015, Safe Fleet acquired Elkhart Brass, forming a global leader in safety solutions for fleet vehicles. This partnership brought Elkhart Brass together with FRC, FoamPro, and ROM, enabling the development of integrated systems with monitors, valves, foam proportioning, and electronic controls tailored for the emergency services market.
Elkhart Brass still operates from its original location in Elkhart, Indiana. Here, the company continues to pour aluminum and brass daily in its in-house foundry, ensuring control over quality and materials. This location also houses Elkhart’s research and development, engineering, and product testing. With 3D rapid prototyping capabilities, a dedicated flow test facility, and a full machine shop, Elkhart Brass keeps innovating to meet the evolving needs of the emergency market.
Elkhart Brass remains committed to high standards, as evidenced by its ISO-9001 Registered Quality System. This dedication drives the company to streamline processes without sacrificing the quality that customers expect. An on-site foundry enables precise documentation and material quality control, while on-site testing facilities further support reliability and performance.
Safety is a top priority at Elkhart Brass. Recognizing the dangers inherent in firefighting, the company strives to provide the industry’s highest quality and safest equipment. This commitment includes ongoing product evaluations, upgrades, and certifications to keep up with stringent safety standards. Elkhart Brass ensures that each product meets or exceeds expectations in durability, reliability, and safety.
