XINDA Technology

Experts in Liquid Cooling Connection Solutions

High-Performance, Safe, and Reliable Liquid-Cooling Quick Connectors

20+

Years in business

$6.5M

Transactions proceeded

5,000+

Serving Customers

98.5%

Customer satisfaction

Core Components of a Liquid Cooling System

These are essential components in a liquid cooling system that enable the quick connection and disconnection of coolant lines, forming the foundation of the system’s operation.

Key Challenge: Rapid Maintenance

Supports hot-swapping, allowing for maintenance without downtime, which significantly reduces MTTR (Mean Time to Repair) and ensures continuous computing power availability.

Key Challenge: Safety Assurance

The dual-seal design ensures an absolutely airtight connection, effectively preventing coolant leaks and protecting expensive core electronic equipment.

Manifold is a device used for distributing and collecting fluids. Its core function is to distribute fluid from a main pipe to multiple branch pipes as needed, while simultaneously collecting return fluid from the branch pipes back into the main pipe. It is a key component in HVAC systems for achieving precise flow control.

Underfloor Radiant Heating

The most common application of a manifold. It distributes hot water evenly to each loop in the underfloor system, providing comfortable, energy-efficient low-temperature radiant heating throughout the home.

Radiator Heating System

Used to centralize connections and distribute flow to multiple radiators, it can be paired with thermostatic valves to enable precise room-by-room temperature control, meeting the temperature requirements of different rooms.

Central Air Conditioning Water System

In water-based central air conditioning systems, the manifold is responsible for efficiently distributing the chilled or hot water generated by the main unit to the fan coil units in each room, thereby providing cooling or heating.

Liquid cold plate is a highly efficient thermal management component. It rapidly absorbs and transfers heat from electronic components via coolant circulating through internal sealed channels, enabling precise and efficient cooling of heat-generating components.

Indirect Liquid Cooling · Safe and Efficient

The coolant does not come into contact with the components; instead, heat exchange occurs via a highly thermally conductive metal plate, ensuring both performance and safety.

Technologically Mature · Widely Used

One of the most mature liquid cooling solutions available today, widely used in the new energy and industrial sectors.

R&D Capabilities and Quality Control

Committed to Excellence · A Comprehensive and Rigorous Testing System

Exceptional quality stems from rigorous testing. Xinda Technology is equipped with a range of industry-leading professional testing equipment and has established a comprehensive testing and validation system to ensure the stable and reliable performance of its products under a variety of demanding conditions, committed to providing customers with long-term, reliable performance.

Flow and Pressure Resistance Tester

Accurate assessment of fluid dynamic performance and drag losses

Constant Temperature and Humidity Test Chamber

Adaptability in simulated high- and low-temperature/humidity environments

High-Low Temperature Cycling Chamber

Testing structural stability under extreme temperature fluctuations

Pressure Burst Testing Machine

Verifying product structural strength and safety under extreme pressure

Universal Tensile Testing Machine

Testing Insertion and Extraction Forces and Mechanical Strength of Connections

High-precision helium leak detector

Helium mass spectrometry leak detection ensures ultimate airtightness

Explosive growth in computing power

AI and cloud computing are driving a sharp increase in power density, and traditional air-cooling methods—constrained by the laws of physics—are no longer sufficient to meet the thermal management demands of today’s high-density deployments.

Energy consumption and cost pressures

Air-cooling systems consume a lot of energy, generate significant noise, and are inefficient in high-density environments, resulting in persistently high PUE values and significantly driving up the long-term operating costs of data centers.

The Rise of Liquid Cooling Technology

Liquid cooling is dozens of times more efficient than air cooling. It effectively addresses high-density challenges and reduces PUE, making it the obvious choice for achieving green, efficient, and sustainable data center operations.

About us

Huizhou Xinda Technology Co., Ltd.

Address: 1st and 2nd Floors, Building 12, Plot XL01-02, Xinglong Village, Xiaojinkou Subdistrict, Huicheng District, Huizhou City

Dongguan Changyuan Spray Technology Co., Ltd.

Address: Xiabian Industrial Zone, Chang'an Town, Dongguan City, Guangdong Province