Our temperature and humidity test chambers are primarily used to test the heat resistance, cold resistance, dry resistance, and humidity performance of electronic components or raw materials in various simulated environments, ensuring the quality of the components and materials.

Designed to simulate extreme temperature variations, our thermal shock chambers are essential for industries such as metal processing, plastic production, rubber manufacturing, and electronic component processing.

Our rain test chambers are available in nine different categories, with testing volumes ranging from 1 to 2 cubic meters, meeting standards such as IPX1, IPX2, IPX3, IPX4, IPX4K, IPX5, IPX6, IPX7, IPX8, IPX9K, JIS0203 S1, S2, R1, and R2.

Our sand and dust chambers are specifically designed to simulate sand and dust environments, enabling accurate evaluation of your products' ability to withstand challenging conditions and ensure optimal dust protection.

Our vacuum test chambers are specifically designed to evaluate the adaptability and reliability of your aerospace products under extreme pressure and altitude conditions, also applicable for testing electrical products, materials, and components.

Our solar simulation test chambers offer a reliable and precise solution to evaluate the aging process and properties of your products under direct sunlight exposure. Compliance with international standards and regulations, including PR306.5, DIN75220, GJB150.7A, GB/T2423.24, MIL-STD-810, ensures the accuracy and reliability of our test chambers.

Our walk-in environmental test chambers are designed to assess the performance and reliability of products and materials under diverse environmental conditions, including extreme heat, cold, dryness, and humidity.

Our vibration test chambers are multifunctional testing equipment that integrates temperature, humidity, and vibration testing capabilities.

Our battery test chambers are meticulously engineered to meet the diverse testing needs of different types of batteries. Building upon the foundation of standard environmental test chambers, our battery-specific chambers are equipped with advanced safety features to guarantee the safety of personnel, property, and equipment during testing.

ZUNDAR presents a powerful combination of a climate test chamber and Multi-Axial Shaker Table (MAST) designed specifically for automotive reliability testing. This innovative automotive test system allows precise simulations of extreme temperature, humidity, and vibration environments, enabling you to evaluate the performance of automotive components with reliability.

Our four-poster test chamber is specifically designed to assess vehicle structural durability, noise characteristics, and driving comfort. Through automated positioning, the four posters allow adjustment of wheelbase and track width to accommodate different vehicle configurations. This automotive testing equipment also provides noise reduction functionality to reproduce extreme environmental conditions for testing and noise evaluation.

This full-spectrum sunlight (infrared) simulation laboratory accurately reproduces extreme climates found in regions like Southern Florida and Arizona. By subjecting automotive components to intense exposure, you can then evaluate their resistance to sunlight. Our test chamber creates a comprehensive cycle of sunlight exposure, temperature, and humidity, simulating real-world conditions.

Our VOC emission test chamber is designed to accurately measure and analyze volatile organic compounds, including substances with distinct odors such as alkanes, alkenes, aromatic compounds, aldehydes, or ketones. With our customized solutions, we deliver effective vehicle testing solutions that optimize vehicle performance.

Our airbag static deployment test chamber combines the functionality of an environmental test chamber, airbag deployment system, and lighting system. Our test chamber automates the entire process, including low-temperature conditioning, door opening, airbag deployment, and ventilation, resulting in improved test precision, repeatability, and efficiency.