Liquid-Cooled Server Valve SS316 EPDM Ball Valve L-Cooled Server Pneumatic Three-Way for High-Load Supports Water Gas Oil Media

• Customization: Available
• Media: Air, Gas, Oil, Liquid,
• Material: Stainless Steel
• Connection Form: Clamp
• Driving Mode: Pneumatic
• Nominal Pressure: PN1.0-32.0MPa
• Channel: Angle Type
• Structure: Oil Seal Ball Valve
• Type: Fixed Ball Valve
• Function: Blow-Down Valve, Relief Valve, Atmospheric Valve, Bypass-Valve
• Temperature: Low Temperature
• Standard: Negotiate
• Application: Industrial Usage, Water Industrial Usage, Household Usage
• Transport Package: Customizable
• Specification: customizable
• Trademark: YNTO
• Origin: Chinan
• HS Code: 8481804090
• Production Capacity: 50000PCS
• Package Size: 80.00cm * 60.00cm * 72.00cm
• Package Gross Weight: 20.000kg

Product Description

Database liquid cooling solution

With the surging demand for computing power in data centers, traditional air cooling has become difficult to meet the cooling requirements of high-density servers. Liquid cooling technology, with its advantages such as efficient heat dissipation and energy conservation and consumption reduction, has become the mainstream solution for the new generation of data centers. The stainless steel clamp type ball valves (three-way/two-way), electric/pneumatic control valves and butterfly valves launched by our company are specially designed for liquid cooling systems to ensure precise regulation of cooling media and enhance the operational stability and energy efficiency ratio of data centers.

Advantages/Selling points

Advantages/Selling points

 Efficient heat dissipation - Optimize the coolant flow path to enhance heat dissipation efficiency and reduce PUE (Power Usage Effectiveness).

 Stable and reliable - 316L stainless steel + PTFE sealing, corrosion-resistant and heat-resistant, meeting the long-term operation requirements of data centers.

 Intelligent control - Supports electric/pneumatic automation control and seamlessly integrates with the BA system in the data center.

 Easy maintenance - The quick-release structure of the clamp reduces downtime and lowers operation and maintenance costs.
Core selling point
Optimized for liquid cooling systems - precise flow control to ensure uniform heat dissipation of servers. \uD83D\uDD25 High compatibility -- compatible with deionized water, ethylene glycol and many other cooling media. \uD83D\uDD25 Energy saving and consumption reduction - low flow resistance design reduces pump unit energy consumption and lowers operating costs. \uD83D\uDD25 Customized services - OEM/ODM support for different data center liquid cooling architectures.

Product Description

Pneumatic Actuated  Ball Valves

Pneumatic/electric stainless steel clamp ball valve (three-way/two-way) Material: 304/316L stainless steel, corrosion-resistant and high-pressure resistant, suitable for high-purity cooling media. Structure: Quick-release clamp design for easy maintenance and replacement. Control mode: Supports electric actuators (4-20mA signal) or pneumatic actuators (0.4-0.7MPa air source) to achieve automatic control. Applicable scenarios: Three-way ball valve - used for coolant diversion or mixing (such as switching between hot and cold circuits). Two-way ball valve - used for on-off control or flow regulation.

Main Performance Parameters & Specifications
DN(mm)	DN15-DN50
Operating Range	0 ~ 90 degrees
Voltage	AC230V/110V/24V, DC24V/12V
Control Mode	switch type, control type, three-stage type (switch optional)
Nominal Pressure(Mpa)	PN10, PN16
Medium Temperature	PTFE 0 to 150℃
	PPL  0 to 200°C
	Metal 0 to 425°C
	PVDF -20 to 140°C
Body Material	PVC-U, CPVC, PP-H, PVDF,Stainless Steel,304,316,316L
Seal Material	EPDM, FPM
Connection Method	socket, threaded (NPT, PT, BSPF), socket weld, butt-welding
Connection Standard	DIN, ANSI, JIS, CNS

Product advantages

Low flow resistance design: Reduces system pressure loss and enhances the efficiency of the liquid cooling cycle.

High sealing performance: PTFE valve seat ensures long-term leak-free operation.

Intelligent control: Supports remote PLC or DCS system integration to achieve precise temperature control.

Applications

Server cabinet liquid cooling circuit

Cold plate liquid cooling system

Controls the flow and direction of the coolant (such as deionized water, ethylene glycol solution).

Regulate the circulation of the cooling medium inside the cold plate to ensure uniform heat dissipation.

Heat exchanger and pump Group control 

Immersion liquid cooling system

Optimize cooling circuits to reduce energy consumption.

Manage the inflow and outflow and distribution of coolant to improve heat dissipation efficiency.

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Company Profile

For nearly 25 years since its establishment, our company has focused on recruiting top talent and advancing technological researchand innovation. We have accumulated over ten patents and have obtained ISO9001, ISO14001, and ISO45001 management system certifications, as well as CE certification. Our main products include pneumatic valves, electric valves, control valves, IoT electric valves, and plastic pipe valves. We are dedicated to providing reliable fluid transport, measurement, and control technology system integration solutions. Through innovation and high-quality products, we drive industry progress and meet the evolving needs of our customers.

FAQ

1. How to choose the material for liquid-cooled valves in data centers?

 It depends on the coolant, temperature and pressure. Corrosive coolant can be made of stainless steel, high-temperature alloy for high temperature, and engineering plastic such as PVDF for low cost.

2. What impact does the flow regulation accuracy of liquid-cooled valves have on the system?

High precision ensures uniform cooling of the server, improving stability and energy efficiency. Low precision leads to local overheating, affecting performance and service life.
 

3. How can liquid-cooled valves be remotely monitored and controlled?

The valve is equipped with an intelligent actuator, which is connected to the monitoring system through industrial protocols such as Modbus to remotely feedback the status, control the opening and closing, and the degree of opening.
 

4. How long is the maintenance cycle for liquid-cooled valves?

It depends on the frequency of use, environment and coolant. Under normal circumstances, an appearance inspection is conducted every half a year and a comprehensive maintenance is carried out once a year. Shorten the cycle in special circumstances.
 

5. How to deal with leakage of liquid-cooled valves?

First, determine the degree of leakage. If it is minor, tighten the seal. In severe cases, close the valve to drain the coolant, investigate the cause, replace the seal or valve, and reuse it after testing.