Stainless Steel Liquid Cooling Automatic Air Vent Valve
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When You'll Get It:Sep 23 - Sep 27
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Delivery Time: If in stocks, delivery within 24 hours; For customized batch orders, usually around 20 days.
Product description
Shipping & Return
Product Overview
The stainless steel liquid cooling automatic air vent valve is a high grade air exhausting component purpose built for high purity closed liquid cooling systems. Unlike brass or nickel plated alternatives, all media contact components adopt SS316 stainless steel material, eliminating metal ion precipitation risk, which is critical for circulating loops using deionized water, mixed glycol coolants and other sensitive working fluids.
This valve adopts optimized buoyancy driven internal mechanism, capable of continuously separating and discharging free accumulated air inside cooling circuits. Without electric power or manual intervention, it runs 24/7 automatically. Precision internal polishing avoids dead cavities and particle shedding, protecting sensitive cooling channels from contamination. Standard threaded connection enables fast installation on high points of cooling pipelines. It mitigates air lock, flow turbulence and local hot spots, maintaining medium purity and stable thermal performance for high end liquid cooling projects.
Core Features & Product Strengths
•Full SS316 Wetted Components — All parts touching coolant are made of SS316 stainless steel. Effectively resists chemical corrosion from glycol based coolants and inhibits metal ion leaching, safeguarding medium purity.
•High Cleanliness Polished Inner Cavity — Smooth polished internal surface without residual burrs or dead corners. Prevent scale accumulation and particle flaking, avoid micro channel blockage of precision cooling hardware.
•Automatic Passive Gas Removal — Pure mechanical buoyancy operation, no power supply required. Continuously releases trapped free air within closed cooling loops, stabilizes system flow and heat exchange efficiency.
•Superior Coolant Compatibility — Well suited for deionized water, water glycol antifreeze and many neutral synthetic cooling fluids. Applicable for high purity circulation scenarios where brass material cannot be adopted.
•Robust Threaded Connection Structure — Precision BSP / NPT external thread. Ensures tight connection for cooling pipelines, reduces leakage risk under cyclic pressure fluctuation.
•High Pressure & Temperature Endurance — Engineered to withstand cyclic working conditions of industrial liquid cooling. Stable sealing performance under long term continuous running.
•Compact Industrial Grade Form Factor — Streamlined compact structure, suitable for installation inside cooling modules, cabinet manifolds and skid assemblies with limited mounting space.
•Strict Batch Purity Inspection — Each production lot passes pressure tightness test and cleanliness inspection. Suitable for OEM matching and high spec project tender requirements.
Technical Specifications
•Product Name: Stainless Steel Liquid Cooling Automatic Air Vent Valve
•Material: SS316 Stainless Steel
•Body Material: SS316 Stainless Steel
•Connection Type: Male Thread BSP / NPT
•Nominal Size: DN15
•Rated Working Pressure: PN16 (1.6 MPa)
•Working Temperature Range: 10℃ ~ 80℃
•Applicable Media: Deionized water, water glycol antifreeze, neutral synthetic industrial coolant
•Operating Principle: Buoyancy driven fully automatic air exhausting
•Core Functions: Remove entrapped free air, prevent air lock, preserve coolant purity, stabilize heat exchange performance
•Installation Requirement: Vertical installation at high points of closed liquid cooling circulation pipelines
Typical Application Scenarios
This full stainless steel air vent serves high spec closed liquid cooling scenarios demanding strict anti corrosion and high medium purity requirements:
Semiconductor Precision Equipment Liquid Cooling — Deployed on process equipment cooling loops. Avoid metal ion contamination for deionized cooling water; eliminate air lock to guarantee stable temperature control for wafer processing hardware.
Large Scale Energy Storage Liquid Cooling Systems — Applied for energy storage cabinet cooling circuits. Resists corrosion from long term glycol coolant circulation, supports large scale energy storage station high reliability operation.
Medical & Analytical Instrument Cooling Loops — Matched for high precision medical and laboratory equipment cooling systems. High cleanliness construction prevents medium pollution, meets strict lab cooling standards.
Industrial High Purity Chiller Units — Used for closed circulation of high purity chillers. Protect internal heat exchanger and pipeline components from corrosion, reduce unexpected equipment downtime.
New Energy Power Equipment Cooling — Suitable for high power converter liquid cooling loops. Copes with variable temperature and pressure cycles, delivers long term reliable air bleeding performance.
Customer Project Feedback
Semiconductor Equipment Thermal Engineer “We selected this SS316 stainless steel air vent for our process equipment cooling loops. Zero metal precipitation satisfies our deionized water purity requirements. Automatic venting works reliably without frequent on site maintenance.”
Energy Storage System Project Integrator “In long run glycol coolant environments, ordinary brass vents bring corrosion risks. This stainless steel model solves our material compatibility problem, and batch quality stays consistent for station scale deployments.”
High Purity Chiller OEM Manufacturer “The polished inner cavity avoids particle shedding. It fits our high spec chiller product positioning perfectly, and the threaded interface is convenient for standardized assembly in production lines.”
Why Choose ZTE VALVE Stainless Steel Liquid Cooling Automatic Air Vent Valve
Developed for high purity industrial liquid cooling loops, this automatic air vent adopts full SS316 stainless steel construction for all fluid contact parts, solving the corrosion and ion precipitation pain points of conventional brass air vents. Polished inner cavity maintains coolant cleanliness, protecting precision downstream equipment.
Every unit undergoes pressure tightness testing and cleanliness check before shipment. The passive buoyancy driven mechanism delivers stable automatic air exhausting performance without energy consumption. It is a dependable air bleeding solution for semiconductor, energy storage, laboratory and high purity chiller projects with strict material requirements.
The stainless steel liquid cooling automatic air vent valve is a high grade air exhausting component purpose built for high purity closed liquid cooling systems. Unlike brass or nickel plated alternatives, all media contact components adopt SS316 stainless steel material, eliminating metal ion precipitation risk, which is critical for circulating loops using deionized water, mixed glycol coolants and other sensitive working fluids.
This valve adopts optimized buoyancy driven internal mechanism, capable of continuously separating and discharging free accumulated air inside cooling circuits. Without electric power or manual intervention, it runs 24/7 automatically. Precision internal polishing avoids dead cavities and particle shedding, protecting sensitive cooling channels from contamination. Standard threaded connection enables fast installation on high points of cooling pipelines. It mitigates air lock, flow turbulence and local hot spots, maintaining medium purity and stable thermal performance for high end liquid cooling projects.
Core Features & Product Strengths
•Full SS316 Wetted Components — All parts touching coolant are made of SS316 stainless steel. Effectively resists chemical corrosion from glycol based coolants and inhibits metal ion leaching, safeguarding medium purity.
•High Cleanliness Polished Inner Cavity — Smooth polished internal surface without residual burrs or dead corners. Prevent scale accumulation and particle flaking, avoid micro channel blockage of precision cooling hardware.
•Automatic Passive Gas Removal — Pure mechanical buoyancy operation, no power supply required. Continuously releases trapped free air within closed cooling loops, stabilizes system flow and heat exchange efficiency.
•Superior Coolant Compatibility — Well suited for deionized water, water glycol antifreeze and many neutral synthetic cooling fluids. Applicable for high purity circulation scenarios where brass material cannot be adopted.
•Robust Threaded Connection Structure — Precision BSP / NPT external thread. Ensures tight connection for cooling pipelines, reduces leakage risk under cyclic pressure fluctuation.
•High Pressure & Temperature Endurance — Engineered to withstand cyclic working conditions of industrial liquid cooling. Stable sealing performance under long term continuous running.
•Compact Industrial Grade Form Factor — Streamlined compact structure, suitable for installation inside cooling modules, cabinet manifolds and skid assemblies with limited mounting space.
•Strict Batch Purity Inspection — Each production lot passes pressure tightness test and cleanliness inspection. Suitable for OEM matching and high spec project tender requirements.
Technical Specifications
•Product Name: Stainless Steel Liquid Cooling Automatic Air Vent Valve
•Material: SS316 Stainless Steel
•Body Material: SS316 Stainless Steel
•Connection Type: Male Thread BSP / NPT
•Nominal Size: DN15
•Rated Working Pressure: PN16 (1.6 MPa)
•Working Temperature Range: 10℃ ~ 80℃
•Applicable Media: Deionized water, water glycol antifreeze, neutral synthetic industrial coolant
•Operating Principle: Buoyancy driven fully automatic air exhausting
•Core Functions: Remove entrapped free air, prevent air lock, preserve coolant purity, stabilize heat exchange performance
•Installation Requirement: Vertical installation at high points of closed liquid cooling circulation pipelines
Typical Application Scenarios
This full stainless steel air vent serves high spec closed liquid cooling scenarios demanding strict anti corrosion and high medium purity requirements:
Semiconductor Precision Equipment Liquid Cooling — Deployed on process equipment cooling loops. Avoid metal ion contamination for deionized cooling water; eliminate air lock to guarantee stable temperature control for wafer processing hardware.
Large Scale Energy Storage Liquid Cooling Systems — Applied for energy storage cabinet cooling circuits. Resists corrosion from long term glycol coolant circulation, supports large scale energy storage station high reliability operation.
Medical & Analytical Instrument Cooling Loops — Matched for high precision medical and laboratory equipment cooling systems. High cleanliness construction prevents medium pollution, meets strict lab cooling standards.
Industrial High Purity Chiller Units — Used for closed circulation of high purity chillers. Protect internal heat exchanger and pipeline components from corrosion, reduce unexpected equipment downtime.
New Energy Power Equipment Cooling — Suitable for high power converter liquid cooling loops. Copes with variable temperature and pressure cycles, delivers long term reliable air bleeding performance.
Customer Project Feedback
Semiconductor Equipment Thermal Engineer “We selected this SS316 stainless steel air vent for our process equipment cooling loops. Zero metal precipitation satisfies our deionized water purity requirements. Automatic venting works reliably without frequent on site maintenance.”
Energy Storage System Project Integrator “In long run glycol coolant environments, ordinary brass vents bring corrosion risks. This stainless steel model solves our material compatibility problem, and batch quality stays consistent for station scale deployments.”
High Purity Chiller OEM Manufacturer “The polished inner cavity avoids particle shedding. It fits our high spec chiller product positioning perfectly, and the threaded interface is convenient for standardized assembly in production lines.”
Why Choose ZTE VALVE Stainless Steel Liquid Cooling Automatic Air Vent Valve
Developed for high purity industrial liquid cooling loops, this automatic air vent adopts full SS316 stainless steel construction for all fluid contact parts, solving the corrosion and ion precipitation pain points of conventional brass air vents. Polished inner cavity maintains coolant cleanliness, protecting precision downstream equipment.
Every unit undergoes pressure tightness testing and cleanliness check before shipment. The passive buoyancy driven mechanism delivers stable automatic air exhausting performance without energy consumption. It is a dependable air bleeding solution for semiconductor, energy storage, laboratory and high purity chiller projects with strict material requirements.
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