Liquid Cooling Internal Corrosion Test System

Liquid Cooling Corrosion Test Bench

Liquid Cooling Corrosion Test Bench

The Liquid Cooling Internal Corrosion Test System precisely controls coolant temperature, pressure, and flow rate to simulate real operating conditions in liquid cooling circuits. It accelerates internal corrosion testing of cold plates, pipelines, and cooling loops, providing reliable corrosion resistance and long-term durability validation for liquid-cooled components used in data centers, energy storage systems, EVs, and other high-performance thermal management applications.

Specification：

Key Features

Precise Environmental Simulation

• Adjustable coolant temperature
• Programmable pressure control
• Variable flow rate simulation
• Continuous circulation testing
• Stable long-term operation

The system reproduces real liquid cooling operating conditions for accurate performance evaluation.

Benefits

• Long-term stable operation—stable testing for thousands of continuous hours, meeting standards for long-term corrosion tests
• Smart PLC control—preset programs and one-touch startup, supporting 24-hour unattended operation
• High-fidelity operational simulation—precise replication of real-world conditions such as temperature, pressure, and flow rate
• Multi-factor corrosion testing—supports comprehensive tests including electrochemical, erosion, and under-deposit corrosion
• High-precision closed-loop control—real-time, accurate regulation of temperature, pressure, and flow for superior test repeatability
• Real-time data monitoring—automatic acquisition of key data throughout the process, ensuring accurate and reliable results
• Data traceability—automatic generation of standard test reports, supporting ISO-compliant output
• Intelligent safety protection—multiple safeguards against over-temperature, over-pressure, and leakage for safer testing
• Automated efficiency and cost reduction—reduced manual labor, increased experimental efficiency, and lower overall operating costs

Why Choose Our Testing System

• Precise temperature, pressure and flow control
•  Accelerated corrosion simulation
• Continuous long-duration operation
•  Modular design for customized configurations
• Automatic data acquisition and storage
•  PLC intelligent control system
• Suitable for laboratory and production validation
•  Engineering support for customized testing requirements

Request a Custom Testing Solution

Whether you are developing next-generation liquid cooling products or validating corrosion resistance for mission-critical applications, our engineering team can customize a testing system tailored to your requirements.

Contact us today to discuss your liquid cooling corrosion testing project.

SHIPPING DETAILS

1. Shipments will be scheduled on a first-paid-first-ship basis for orders on which lianli has received full payment.

2. You are responsible for any customs delays or returned shipments due to a lack of proper documentation. It's highly recommended to be aware of local customs clearance policies and prepare all customs documentation ahead of time to avoid delays or unexpected costs.

Return And Exchange Policy:

1. Domestic customers: Within 7 days of receiving the goods, our quality department confirms that it is a product quality problem;
2. Overseas customers: Within 15 days of receiving the goods, our quality department confirms that it is a product quality problem;
3. The outer packaging is damaged, and abnormalities occurring during transportation are not within the scope of return or exchange (please contact the freight company for claim settlement, and our company can assist with claim settlement);
4. We only provide after-sales service to customers who purchase directly. If you purchase our products from a dealer or a third party, please contact the seller for after-sales service;
5. The product cannot be disassembled after receipt, and cannot be modified or repaired without our permission. Keep the outer packaging and keep the labels intact, otherwise no after-sales service will be provided.