New high-performance Sanitary Two-Way Ball Valve engineered for higher pressure and temperature requirements.

Specification

• Alloy: SS304 & 316L
• Sizes: 1/2″ — 6.00″ OD
• Seat: Virgin Teflon®
• Max operating temperature: 300°F
• 100% Presure inspected

Features

• Compatible Media: Deionized water, glycol-water solutions, synthetic oils, fluorinated fluids, refrigerants, etc.
• Exceptional sealing performance with zero leakage.
• Excellent temperature resistance and thermal stability.
• Low operating torque and high reliability.
• Robust structural strength and high pressure resistance.
• Lockable handle.
• Flow direction indicator.
• ISO 5211-compliant mounting pad for easy actuation.
• Explosion-proof, live-loaded self-adjusting stem packing combined with an O-ring ensures permanent zero leakage.
• Easy disassembly and cleaning.
• Full-bore design for low flow resistance.
• Anti-blowout stem design.

Application

Qili Two Way Sanitary Ball Valve has a full port design to reduce turbulence and pressure drop through the valve. Design features such as, lockable handles to prevent tampering, ISO 5211 mounting pads for actuation, and blowout proof stem packing are standard. Standard clamp ends make for easy assembly and disassembly when cleaning or working in tight spaces. As for the wetted parts of our Two Way Ball Valve, the ID finish of ball and ports are to a 20 Ra ID.

Our Two Way Sanitary Ball Valve comes standard with fully encapsulated seats. Which is necessary to reduce the threat of contamination for critical processes or products. Additionally, the valve requires no special tools allowing for easy maintenance and low installation costs. Each valve is capped and bagged as well as permanently etching the size, alloy and heat number for full trace-ability.

The ball valve designed by Qili for liquid cooling pipeline systems is a component that requires the high integration of materials science, precision machining, fluid dynamics, and sealing technology. Qili's ball valves achieve reliable shut-off with zero leakage and low flow resistance while maintaining long-term compatibility and absolute cleanliness with coolants. They are designed to adapt to system temperature and pressure variations. Commonly used for cooling high heat-flux density equipment such as data center primary/secondary sides, CDU energy storage, manifold distribution units, supercomputers, power electronics, and electric vehicles

Standard clamp ends make for easy assembly and disassembly when cleaning or working in tight spaces.

 Additionally, the valve requires no special tools allowing for easy maintenance and low installation costs. Each valve is capped and bagged as well as permanently etching the size, material and heat number for full trace-ability.