Reliable, Precise, and Safe Thermal Shock Testing for Your Products
Are you looking for a reliable and efficient solution to simulate extreme temperature fluctuations and accelerate your product testing while ensuring safety, precision, and equipment longevity? By simulating extreme temperature fluctuations, enabling rapid transitions, and incorporating flexible features like adjustable shelves and efficient defrosting, the LIB's 2-Zone Thermal Shock Test Chamber enhances testing efficiency, safety, and equipment longevity.
Simulate Extreme High and Low Temperature Mutations
The 2-Zone Thermal Shock Test Chamber allows you to simulate extreme high and low temperatures. The preheating chamber reaches up to 220°C, while the pre-cooling chamber can go as low as -75°C, meeting your stringent testing requirements.
Shorten Test Cycles and Increase Test Efficiency
The 2-Zone Thermal Shock Test Chamber significantly reduces test cycle time and accelerates your testing process. It features a basket elevator for rapid temperature transitions, with sample transfer in under 3 seconds and a temperature recovery time of ≤ 5 minutes.
Ensures safety and precision during testing
Smooth and safe sample transfer of ①Chain and ②Guide rails.
Guide rails and Chain ensure that the basket moves up and down smoothly and securely, preventing damage to the sample due to deflection.
Precise Positioning and Data Assurance of the Rails Guide
The Rails Guide system ensures that the basket is precisely positioned for accurate data collection and reporting.
Wear-resistant and stable transmission of the Chain
The Chain drive system offers excellent wear resistance and stability, making it suitable for safe testing of heavier components such as automotive parts.
Flexible and easy-to-maintain interior
Flexible Adjustable and Removable Design of Shelves③
The adjustable/removable shelves allow for flexible adjustment of the internal space based on the size and number of samples. They are easy to dismantle, making it simple to accommodate different samples and clean the equipment, thus saving labor and maintenance costs.
Cable hole④ design for power-on testing
The cable hole design supports power-on testing of electronic products, power batteries, and other items, enabling real-time monitoring of data inside the sample to meet various testing needs. The stainless steel cover ensures corrosion resistance and enhances durability.
Ensure the Stability and Cleanliness of the Test Environment
Efficient defrosting system can ensure the stability of the test environment, extend the life of the equipment and keep the environment clean.
Prevent sample blockage or data distortion caused by condensation and icing during thermal shock to ensure the stability of the test environment and save equipment costs.
Prevent the equipment from moisture corrosion to extend the service life and reduce maintenance costs.
Prevent stagnant water to breed bacteria affecting the sample such as in the electronics and pharmaceutical industries can protect the cleanliness of the test environment.
