The constant temperature and humidity test chamber is suitable for various small electrical appliances, instruments and meters, automobiles, aviation, electronic chemicals, materials and components, and is also suitable for conducting aging tests.

The cold and hot shock test chamber is a testing equipment used in the metal, plastic, rubber, electronics and other material industries to test material structures or composite materials. It can withstand continuous environments of extremely high and low temperatures in an instant, and can detect chemical changes or physical damage caused by thermal expansion and contraction of the sample in the shortest possible time.

The walk-in constant temperature and humidity laboratory is suitable for low temperature, high temperature, high and low temperature changes, constant humidity and heat, high and low temperature alternating humidity and heat tests of the entire machine or large components. The studio size and functionality can be changed according to user requirements; Block type box, with a beautiful and elegant appearance; Scientific air duct design can meet the needs of different customers; Adopting touch screen and PLC programmable controller.

The rapid temperature change test chamber is suitable for testing various performance indicators of aerospace products, information electronic instruments, materials, electrical and electronic products, and various electronic components in high and low temperature or humid and hot environments.

The CX series xenon lamp weathering test chamber produced by our company has become a common choice in the field of light resistance testing, providing sufficient technical reference and practical proof for related industries. This equipment is a test device that uses a long arc xenon lamp as a light source to simulate and enhance weather resistance and accelerate aging, in order to quickly obtain test results close to atmospheric aging, and to evaluate the weather resistance of materials such as plastic rubber, paint coatings, textile printing and dyeing. The equipment meets relevant standards such as GBT16422-2, ASTMD529, IS04892-2, etc.

High temperature test chambers, also known as precision precision and constant temperature ovens, drying ovens, and ovens, are testing equipment used in aviation, automotive home appliances, scientific research, and other fields to test and determine the parameters and performance of electrical, electronic, and other products and materials after undergoing high-temperature or constant temperature tests.

The low content of ozone in the atmosphere is the main factor causing rubber cracking. Simulating and strengthening ozone components in the atmosphere using an ozone aging chamber, studying the effect of ozone on rubber, and quickly identifying and evaluating the anti ozone aging performance of rubber and the protective effectiveness of anti ozone agents, effective anti-aging measures can be taken. To improve the service life of rubber products and test their resistance to ozone aging.

The UV aging test chamber can simulate climate conditions such as light, temperature, humidity, and wind. It is a comprehensive device that simulates climate environments and mainly conducts artificial accelerated aging tests on chemical materials such as metal materials, organic materials (paints, coatings, rubber, plastics, textiles, etc.) under simulated environmental conditions.

After fully charging the battery according to the test method specified in 4.5.1, place the battery in a vacuum box at 20 ℃± 5 ℃. Vacuum the box to reduce the pressure to 11.6kPa (simulated altitude 15240m) and maintain it for 6 hours. The battery should not catch fire, explode, or leak.

After the battery is fully charged according to the test method specified in 4.5.1, the battery is placed in two planes and squeezed perpendicular to the direction of the electrode plate. A squeezing force of 13.0KN ± 0.2kN is applied between the two plates.

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