The test chambers referred to as environmental chambers provide controlled conditions for studying the effects of certain environmental conditions on industrial products, biological samples electronic items, as well as their components. The chambers are enclosed zones that have specific temperature of humidity, salinity, illumination, pressure and light. This allows testing the reliability, quality technological flaws, as well as manufacturing flaws. They also investigate the impact of extreme and abrupt electrical radiations, environmental fluctuations, electro dynamic vibrations, salt spray and vacuum UV degrading the product. The environmental chambers find widespread usage in the electronics and food industry, research laboratories and biotechnology laboratories to analyze the quality and behavior of their products under simple or complex environments and to estimate their possible shelf life and life span.




The most essential criterion for an environmental chamber is its capacity to generate and sustain precise environmental conditions inside the chamber. It is also possible to duplicate the identical set of conditions to repeat experiments for more reliable conclusions. The equipment is exposed to temperatures and humidity variations so it is constructed of anti-corrosion materials. The surfaces are typically treated with primers, rust-proofing and powder coating. This ensures that the equipment does not get affected by.




The salt spray test chamber is used specifically to check the resistance of coated samples as well as metallic parts against corrosion. They also determine the effectiveness of the protective techniques like painting galvanizing, anodizing or anodizing in providing resistance against corrosion. The test chamber that is a salt spray includes an atomizer that produces an intense saline fog inside the chamber and a device for measuring the metal oxides, as well as the various corrosion-related products that are produced as a result of corrosion over time. These Test Chambers finds widespread use in the automotive, construction, and aerospace industries. They allow the user to investigate the impact of corrosion on products and equipment as well.




The plant growth chamber is a different test chamber widely used in agro-based industries, research organizations , and in the educational sector to study the effect of environmental variables on the growth and development of cells, plants, tissue and microorganisms. They are especially helpful in studying chemical reactions, temperature sensitive biochemical reactions, as well as in the study of tissue culture.




These chambers have the latest technologies and technology to ensure that all parameters are always monitored and alarms are activated to inform the user if there are any changes. The majority of models available weigh only a few pounds for portability and ease of use and have a robust construction. These chambers can be found with attractive, appealing designs that match the overall look and function of the equipment. They come with sufficient lighting as well as a provision for lighting, temperature, and humidity control.




CFC-free cooling is insulated from extreme temperatures outside and helps maintain the proper temperature within the chamber. The more advanced models make use of energy-efficient cooling and air circulation systems as well as microprocessor controlled by a controller to provide more efficient and reliable working conditions.