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Size: 1/2"to 2"(DN15-DN50) Full Bore
End connection: RING PRESS
Technical Features:
Working Pressure: 1000PSI for W.O.G
Process:Investment Casting Body-CNC lathe processing.
Blow-out proof stem
Operation: Manual(Lock Lever Handle Available)
Adjustable stem packing
Temperature range: -60 to 450°
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The High-Pressure Stainless Steel Ball Valve Ring Press is a innovative flow control solution designed for fast, reliable installation in press-fit piping systems. Constructed from 304 or 316 stainless steel, this valve features a ring-press connection (ISO 6122 compliant) and a full-bore design, combining the speed of press-fit technology with the durability of a ball valve.
Ring-Press Technology:
Press-fit connections (ISO 6122) create permanent, leak-free joints in 3 seconds using a hydraulic press tool, reducing installation time by 50% compared to threaded or welded valves.
Ring-press rings (stainless steel) provide uniform compression, ensuring joint integrity up to 16 bar (232 PSI) for water and compressed air systems.
Full-Bore Flow Efficiency:
Unrestricted flow path (bore = pipe diameter) achieves Cv values 20% higher than reduced-bore valves, minimizing pressure loss in high-flow applications.
Polished ball (Ra ≤0.8μm) and PTFE seat offer bubble-tight shutoff (API 598) and low operating torque (≤10 N·m for 1" valves), ideal for manual or automated systems.
Durable Material Construction:
304 stainless steel (general use) or 316 stainless steel (corrosive media), with a yield strength of 205 MPa and elongation ≥40% for impact resistance.
Temperature range: -20°C to 180°C (PTFE seat); -40°C to 260°C (RPTFE seat), suitable for hot water, oil, and non-corrosive gas lines.
Installation Flexibility:
Compatible with stainless steel, copper, and PEX pipes (OD: 15mm-63mm), with visual indicators (deformed press ring) to confirm proper seating.
Available in sizes 3/8" to 2" (10mm-50mm), with optional lockable lever to prevent unauthorized operation in safety-critical systems.
Ideal for fast-installation and high-reliability systems:
Commercial Plumbing: Press-fit connections in high-rise water supply systems and radiant floor heating, compliant with NSF/ANSI 61 for potable water.
Industrial Automation: Quick-connect valves in robotic arm fluid lines and pneumatic conveying systems, reducing downtime during equipment reconfiguration.
Renovation Projects: Retrofitting old piping systems with press-fit technology, especially in tight spaces where welding or threading is impractical.
Laboratory Equipment: On/off control for non-corrosive reagent lines and vacuum systems, with 316 stainless steel resisting mild chemical exposure.
Q: Can the ring-press connection be disassembled?
A: No, press connections are permanent; use a union fitting if disassembly is required for maintenance.
Q: What pipe materials are compatible with the ring-press design?
A: Compatible with stainless steel (EN 10217-7), copper (EN 1057), and PEX (EN 12201) pipes with matching outside diameters.
Q: Is the valve suitable for buried installations?
A: Yes, but use a protective sleeve for underground pipes and ensure the press ring is free from soil debris during installation.
Q: How to verify a proper press connection?
A: Check for a uniform indentation on the press ring using a go/no-go gauge, ensuring full engagement with the pipe's profile.
The High-Pressure Stainless Steel Ball Valve Ring Press is a innovative flow control solution designed for fast, reliable installation in press-fit piping systems. Constructed from 304 or 316 stainless steel, this valve features a ring-press connection (ISO 6122 compliant) and a full-bore design, combining the speed of press-fit technology with the durability of a ball valve.
Ring-Press Technology:
Press-fit connections (ISO 6122) create permanent, leak-free joints in 3 seconds using a hydraulic press tool, reducing installation time by 50% compared to threaded or welded valves.
Ring-press rings (stainless steel) provide uniform compression, ensuring joint integrity up to 16 bar (232 PSI) for water and compressed air systems.
Full-Bore Flow Efficiency:
Unrestricted flow path (bore = pipe diameter) achieves Cv values 20% higher than reduced-bore valves, minimizing pressure loss in high-flow applications.
Polished ball (Ra ≤0.8μm) and PTFE seat offer bubble-tight shutoff (API 598) and low operating torque (≤10 N·m for 1" valves), ideal for manual or automated systems.
Durable Material Construction:
304 stainless steel (general use) or 316 stainless steel (corrosive media), with a yield strength of 205 MPa and elongation ≥40% for impact resistance.
Temperature range: -20°C to 180°C (PTFE seat); -40°C to 260°C (RPTFE seat), suitable for hot water, oil, and non-corrosive gas lines.
Installation Flexibility:
Compatible with stainless steel, copper, and PEX pipes (OD: 15mm-63mm), with visual indicators (deformed press ring) to confirm proper seating.
Available in sizes 3/8" to 2" (10mm-50mm), with optional lockable lever to prevent unauthorized operation in safety-critical systems.
Ideal for fast-installation and high-reliability systems:
Commercial Plumbing: Press-fit connections in high-rise water supply systems and radiant floor heating, compliant with NSF/ANSI 61 for potable water.
Industrial Automation: Quick-connect valves in robotic arm fluid lines and pneumatic conveying systems, reducing downtime during equipment reconfiguration.
Renovation Projects: Retrofitting old piping systems with press-fit technology, especially in tight spaces where welding or threading is impractical.
Laboratory Equipment: On/off control for non-corrosive reagent lines and vacuum systems, with 316 stainless steel resisting mild chemical exposure.
Q: Can the ring-press connection be disassembled?
A: No, press connections are permanent; use a union fitting if disassembly is required for maintenance.
Q: What pipe materials are compatible with the ring-press design?
A: Compatible with stainless steel (EN 10217-7), copper (EN 1057), and PEX (EN 12201) pipes with matching outside diameters.
Q: Is the valve suitable for buried installations?
A: Yes, but use a protective sleeve for underground pipes and ensure the press ring is free from soil debris during installation.
Q: How to verify a proper press connection?
A: Check for a uniform indentation on the press ring using a go/no-go gauge, ensuring full engagement with the pipe's profile.
