These conditions simulate those which a product will typically encounter in the span of its useful life. Read More…
Leading Manufacturers
Russells Technical Products
Holland, MI | 616-392-3161Russells Technical Products has been designing and manufacturing environmental test chambers since 1972. With over 150 years of combined management experience, our company provides its customers with quality environmental test systems and advanced manufacturing techniques. Russells offers a variety of standard and custom designed chambers to meet your exact specifications.
Cincinnati Sub-Zero (CSZ)
Cincinnati, OH | 877-233-9871For over 78 years, we have been providing environmental testing solutions helping manufacturers across multiple industries provide safe & reliable products.
Hastest Solutions, Inc.
San Jose, CA | 408-945-7861Hastest Solutions designs, manufactures and provides solutions for all environmental testing needs. For the full range of environmental test chambers, including HAST, temp/humidity, salt fog, solar radiation, high temp ovens, autoclave, and more.
Weiss Technik North America, Inc.
Grand Rapids, MI | 800-368-4768Weiss Technik is a worldwide leader in the design and manufacturing techniques of environmental test chambers. We offer a complete line of standard and custom chambers, from bench top models to full walk-in and drive-in solutions.
Thermal Product Solutions (TPS, LLC)
New Columbia, PA | 570-538-7200Innovative design, robust construction, and superior performance make the Tenney line of environmental test chambers and rooms ideal for all of your temperature, humidity, altitude, vibration, steady state, thermal shock applications and more.
Test Chambers – Cincinnati Sub-Zero
Environmental test chambers evaluate a product’s quality and durability and identify potential flaws and malfunctions that exist either in product design or material choice before the product reaches the public market. Industries ranging from medical, construction, and automotive to consumer, food processing, and packaging use test chambers on everyday products such as car parts, cigarettes, makeup, medicines, and kitchen appliances.
Products undergo this testing in certain environmental conditions, the findings allow for production adjustments by the manufacturer and result in a better quality product arriving on the market. Common procedures recorded in test chambers include the effects of extremes of temperature and sudden variations of temperature in temperature chambers and cryogenic chambers, the effects of humidity and moisture in humidity test chambers, and salt spray tests which record the degrading effects of salt water and corrosion-resistance of objects for manufacturer analysis. Other types of test chambers include AGREE chambers, altitude chambers, thermal shock chambers, and vacuum test chambers.
The design and construction of the test chamber has to be carefully considered. As it is a process test, test chambers need to have a means of viewing and monitoring the testing procedure either through a viewing hole or through a video feed. In some cases, an environmental test chamber will have a “reach-in” capability in order for the testing engineer to handle the product or material being tested.
The method of process control is another consideration to be undertaken as control panels can be either analog or digital, fed by a computer or the web, etc. Environmental test chambers are designed with the capacity to replicate extreme environmental conditions. Temperature chambers can typically reach temperatures above 1000 degrees Fahrenheit, and cryogenic chambers produce temperatures on the other end of the scale achieving lows of -200 degrees Fahrenheit, or even lower with the help of liquid nitrogen.
In addition to temperature variations which can be further tested by thermal shock chambers, humidity and air moisture content can be replicated with humidity ranging from 10-100% in most humidity chambers. Altitude chambers simulate extremely high altitudes to test the effects of pressure and air change, and routinely 10-8 Torr levels are achieved in vacuum environmental chambers. Test chambers have to be carefully constructed in order to achieve controlled and consistent testing.