Testing Chambers Knowledge

  The   benchtop environmental test chamber   is designed with special features that allow it to provide footprint and maximize workspace. Unlike other environmental test chambers, the benchtop environmental chamber is very portable to be used in different laboratories.  The size scale of the benchtop chamber ranging from 1-5 cubic feet makes it perfect for testing small-sized products and materials. These small size products and materials include electronic components that are still in the production process. The portability of the benchtop environmental chamber gives it a well-designed interior for testing specimens.   What are the uses of small benchtop environmental chambers? The small benchtop environmental chamber offers flexible and accurate testing of products. The design nature of the small benchtop makes it ideal for small-product testing only. The benchtop environmental chamber is suited for research testing of specimens during the developmental stage...

  The lithium battery test chambers are suitable for testing lithium battery cells and modules. This is because the handling of lithium batteries always comes with varieties of a potential hazard, which will likely jeopardize human safety. It’s important to evaluate the risks associated with lithium batteries at the early stage of development. This helps in counteracting the level of risks associated with lithium batteries by using an appropriate safety concept.   What is the lithium battery test chamber? The  lithium battery test chamber  is an enclosed chamber specifically designed for testing lithium batteries. Lithium batteries are a powerful battery that comes in different sizes depending on the size of the electronic using it. This makes lithium batteries the perfect choice for electronic devices.  Everyone wants to use a portable device that uses a higher capacity of the battery. This has made the lithium battery to keep trending above other types of batt...

  Temperature is the inevitable stress that every product of materials experiences at the testing stage after development. How the product or material reacts to the effect of stress might differ from each other. When people purchase electronics they use them differently, while some may use the electronic products as recommended by the manufacturer others will typically abuse them. This is why each manufactured product needs to undergo temperature qualifications, life testing, and other additional evaluation before officially introducing it in the marketplace. These products at the initial developmental stage are subjected to a series of temperature testing ranging from high to low. There are many things to consider when ensuring the safety of developed products for customers and so of the questions you’re looking for its answer might include: What is a high and low temperature environmental chamber? Environmental chambers come with different features that include high temperature a...

  The use of lithium-ion batteries in portable electronics is trending nowadays because of its advantages over other types of batteries. However, before the lithium-ion batteries are used in powering technological devices they undergo testing processes and validation, which ensures that the possibility of risks is mitigated. These testing processes are important in regulating one of the important issues associated with lithium-ion batteries, which is thermal safety. This is because electronics nowadays requires the use of simple and lighter batteries with a higher capacity of powering the device for a longer period. This has increased the demand in the marketplace of producing lithium batteries to the highest level by creating dangerous cases due to the increased amount of transportation along with people handling it. Here various reasons why the lithium-ion battery undergoes strict safety tests: Transportation testing All manufactured lithium-ion batteries undergo the transportati...

  The salt spray method is a popular process, which ensures that materials and products are tested for corrosion determining its ability to adapt to certain environmental conditions. This process requires the use of a testing chamber to check the corrosion resistance of different products or materials surface. The use of the salt spray method applies to certain metallic materials and products, which can be metals, alloys, and others. Products that are finished with a surface coating of metallic will require  salt spray testing  to determine the degree of corrosion. During the testing period, the salt spray produces a corrosive attack on the material to evaluate its degree of sustainability or amount of damages the material incurs under certain conditions. The salt spray testing period depends on the material’s ability to resist corrosion, which can be due to its coating or finishing features. This means that the higher the material’s ability to resist corrosion, the longe...

 The rain spray test machine is used for external lighting and signaling devices and automobile lamp shell protection, which can provide a realistic simulation of various environments such as water pouring and spray tests that electronic products and their components may be subjected to during transportation and use. But when you are experimenting, do you know the most important factors? Factors of product placement When we are doing the test, the length of the test time directly affects the rationality of the test results. If the test time is too long, it does not conform to the situation of natural rainfall. If the test time is too short, the rainwater will not enter the tested product, and the evaluation effect will not be achieved. In addition, during natural rainfall, the direction of each rainfall cannot be the same, which means that the surface of the tested product is exposed to rain differently, so we put the tested product in a normal use state during the test. Water temp...

  Temperature Alternating Aging Test‍ Temperature is another important factor leading to the aging of polymer materials. For polymer adhesives, high temperature can accelerate the movement rate of the polymer adhesive chain, and low temperature can cause internal stress in the polymer adhesive. Alternation leads to chain scission of polymer adhesives and degradation and aging. For rubber, high temperatures can accelerate the thermal movement of the molecular chain and Crosslink the rubber. Low temperature can cause the rubber molecular chain to freeze, making it brittle, decreasing its elasticity, and aging. High and low temperature alternating aging test is an aging test method to evaluate the temperature resistance of polymer materials. It is usually carried out in a temperature alternating aging test chamber, from a certain temperature T1 (generally room temperature) to a certain temperature at a constant heating rate T2, maintain the temperature of T2 for a certain period of ti...