Stainless Steel pneumatic globe temperature water Control regulating valve
Grade: 304/316L.
Standard: DIN/SMS/ISO/ANSI.
Working pressure: PN10–PN16.
Test pressure: 1.5× rated.
Temperature range: -10°C to 150°C.
PTFE seals: chemical resistant.
Viton seals: high-temperature and oil resistant.

Stainless Steel pneumatic globe temperature water Control regulating valve is a high-precision control valve temperature control valve designed for stable micro-flow and temperature regulation in heating water lines, thermal circulation pipelines, and pressure-sensitive process systems. It is globe control valve typically installed at branch pipelines, equipment inlets, or terminal control pointsto maintain constant flow, accurate pressure balance, and responsive temperature adjustment. The pneumatic positioner ensures fast automatic response and stable modulation, reducing manual intervention and system fluctuation. Common types include flange type, threaded type, sanitary clamp type, and welded connection models, suitable for industrial heating, boiler auxiliary systems, HVAC circulation networks, and fine process control requiring reliable low-flow performance.
Stainless Steel pneumatic globe temperature water Control regulating valve differs from ordinary regulating valves by offering micro-flow precision control, pneumatic automatic positioning, and combined temperature-pressure regulation, ensuring smoother response and higher stability in sensitive systems. Unlike standard valves that rely on manual adjustment or basic modulation, this design provides continuous proportional regulation and fast feedback correction. Compared with other manufacturers, our valve featureshigh-accuracy CNC machining, optimized internal flow channels, enhanced sealing reliability, and long-cycle durability, reducing leakage and maintenance frequency. The result ismore stable performance, improved process efficiency, and lower long-term operating costs in demanding thermal and water pressure control applications.
Accessories
- Valve Body – SS304 / SS316 / SS316L stainless steel; precision-machined micro-flow structure
- Pneumatic Actuator – Aluminum alloy housing with stainless steel fasteners; stainless actuator optional
- Valve Core / Micro-Flow Needle Plug – SS316L or hardened stainless steel for fine regulation
- Valve Stem – Precision-ground SS316 stainless steel; corrosion-resistant and stable
- Positioner Unit – Pneumatic or electro-pneumatic positioner (4–20 mA optional)
- Temperature & Pressure Sensing Interface – Stainless steel impulse port or sensor connection
- Sealing Elements – PTFE / FKM / EPDM / Graphite depending on temperature and media
- Connection Ends – Threaded (BSP/NPT) / small flange / compression fitting optional
- Materials: SS304 / SS316L body & trim; PTFE / Viton / EPDM sealing options.
- Structure: straight or angle type, optional jacketed body, pneumatic position control.
- Pressure & Temp: low–medium pressure systems; suitable for water, steam, and thermal pipelines.
- Function: precise micro-flow, temperature, and pressure regulation with stable response.
- Grade: sanitary grade or industrial chemical grade available.
- Standards: DIN / ANSI / JIS flange, threaded, or welded connections.
- Certification: hygienic and industrial safety standards optional.
- Installation: vertical or horizontal installation supported.
- Customization: sizes, seals, actuators, and smart control options available.

- F:High-purity 304/316L stainless steel valve body & precision micro-flow plug; pneumatic positioner housing in anodized aluminum; PTFE/EPDM reinforced sealing components
- A: Strong resistance to corrosion, pressure fluctuation & thermal expansion; hygienic material compatibility; stable mechanical strength
- B: Suitable for temperature-controlled water systems, precision pressure regulation & automated process pipelines; ensures long service life and clean media transmission
- F:High-accuracy CNC machining; precision lapped sealing surfaces; optimized internal flow path design; anti-scale surface finishing
- A: Smooth micro-flow adjustment; minimized pressure loss; stable control under low differential pressure; reliable sealing performance
- B: Improves temperature & pressure regulation accuracy; reduces energy waste; extends maintenance intervals; enhances continuous operation reliability
- F:Pneumatic positioner integrated design; flange/threaded optional connection; fine linear regulating mechanism; compact multi-direction installation layout
- A: Real-time valve position feedback; precise proportional adjustment; fast response to temperature & pressure changes
- B:Enhances automation stability; minimizes manual calibration; supports complex piping systems; shortens commissioning time
- F: Stainless steel micro-flow regulating plug & seat; high-sensitivity pneumatic positioner; anti-vibration stem structure
- A:Stable control in ultra-low flow ranges; smooth modulation without oscillation; consistent positioning accuracy
- B: Maintains steady temperature and pressure output; reduces process fluctuation; extends actuator lifespan; lowers operational downtime
- F:Multi-layer PTFE/EPDM composite sealing ring; low-friction design with high thermal resistance; anti-aging construction
- A: Excellent leak-proof performance under variable temperature and pressure; durable during frequent adjustment cycles
- B:Suitable for -20℃~170℃ working conditions; prevents water leakage and pressure instability; reduces replacement frequency and maintenance costs



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