Viega - ProPress Zero Lead Bronze Ball Valve

Enhance Your Water Systems with Viega ProPress Zero Lead Bronze Ball Valve

Introducing the Viega ProPress 1/2" Zero Lead Bronze Ball Valve with Stainless Stem, a cutting-edge solution designed for potable water applications. This valve embodies the fusion of safety, durability, and efficiency, offering a robust solution for your plumbing needs. Constructed from zero lead bronze with a stainless steel stem, it is engineered for longevity and reliability. The double press connection, coupled with Smart Connect Technology, facilitates a seamless and secure installation, while the full port design ensures optimal flow rates. Equipped with a lockable metal handle, stainless steel ball, and EPDM sealing elements, this valve combines ease of use with unparalleled sealing performance, making it an essential component for any potable water system.

Key Features for Ultimate Performance

• Specifically designed for potable water applications, ensuring safety and compliance
• Zero lead bronze construction for durability and corrosion resistance
• Stainless steel stem and ball for robust operation and longevity
• Double press connection offers a quick and secure installation without soldering
• Smart Connect Technology allows for easy identification of unpressed connections, enhancing system integrity
• Full port design for maximum flow and efficiency
• Lockable metal handle for added security and operational control
• EPDM sealing elements provide a reliable, leak-free performance

Technical Specifications

• Material: Zero lead bronze with stainless steel stem for enhanced durability
• Connection Type: Double press, facilitating efficient installations
• Application: Specifically designed for potable water systems
• Sealing Element: EPDM, ensuring excellent sealing properties
• Port Type: Full port for maximum flow rate

Optimal Solutions for Potable Water Systems

• Ideal for residential, commercial, and marine applications requiring clean, safe water delivery
• Ensures a secure and efficient water flow in heating, cooling, and potable water systems