Munters provides specially engineered systems that allow the automotive industry to maintain temperature and humidity, to the most precise specifications. Our products are used in a variety of applications.
Complete cars, engines and parts are subjected to a large variety of testing in environmental chambers and wind tunnels. Munters enables automotive manufacturers to simulate any environmental condition, with dehumidification systems that can deliver air with a dew-point as low as –70°C.
Automotive manufacturers are trying to reduce the amount of pollutants that are emitted into the atmosphere in exhaust gasses. Munters provides low dew-point air that allows for consistent, accurate results for emission analysis. In industrial painting processes, cars and components are painted in environments under strict temperature and humidity levels. Especially when using water-based painting techniques, Munters technology can provide the ideal conditions in which to apply and dry paint.
Munters also provides dehumidification equipment that makes it possible to manufacture many of the parts that are used in this industry. Our equipment creates the proper environment for testing, production, and transportation of automotive components such as: safety glass, air bags, tyres and plastics, along with many other products.
Machinery and stored car components run the risk of corrosion; this destructive process is arrested by creating a low humidity climate. Once car components have been manufactured, they are transported by land and are protected within the truck/trailer using Munters dehumidifiers.
We can help you with
Air pollution is an ever-present problem that affects many industries, from the emission of Volatile Organic Compounds (VOCs) to contamination of sensitive materials in the manufacturing process.Read more
Vane type mist eliminators have the lowest pressure drop compared to other gas – liquid separation mechanisms over a wide range of droplet sizes and volume of liquids.Read more
Corrosion, or the oxidation of metal, is heavily influenced by the presence of moisture in the air.Read more
When water evaporates it becomes water vapor. When this comes into contact with cool surfaces, condensation drips onto walls, ceilings and products.Read more
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