Collection: Reliance Water Controls (RWC)

Reliance Water Controls (RWC) is a globally celebrated brand known for its advanced water control solutions and products. At The UFH Group, we're proud to bring you a comprehensive assortment of RWC products, carefully curated to cater to all your water control needs with the promise of outstanding performance, reliability, and quality.

RWC has a rich legacy in the industry, built on innovative design and high-performance water control systems. Their product suite, including pressure reducing valves, thermostatic mixing valves, and manifold solutions, among others, are designed to deliver superior efficiency and safety. This commitment to innovation, backed by stringent quality standards, mirrors our values at The UFH Group, making our partnership with RWC a natural fit.

As an authorized supplier of RWC products, The UFH Group assures you of the authenticity and durability of every piece. We carry an extensive range of RWC solutions, all subjected to rigorous quality checks consistent with RWC's own uncompromising standards. Our experienced team is here to guide you from product selection through to installation and after-sales service, ensuring a seamless customer experience.

Our collaboration with RWC signifies our shared dedication to sustainable and environmentally conscious practices. RWC's water control solutions are designed with energy-efficiency in mind, enabling customers to optimize water usage and reduce their environmental impact. This focus on sustainability, coupled with the brand's premium quality and performance, positions RWC as a leading choice for those seeking environmentally friendly yet effective water control systems.

The UFH Group is your trusted source for the best of RWC's water control solutions. With RWC's state-of-the-art product range, we're here to help enhance your water usage experience, ensuring efficiency and reliability at all times. Choose The UFH Group for authentic, durable, and innovative RWC products, transforming your water systems into a model of efficiency and safety.
< Show Less...