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How SEAT tests vehicle parts in climatic chambers

SEAT test vehicle parts in regions with extreme climates.



“We use these climatic chambers to reproduce the extreme temperature and humidity conditions found in the heat of the Kalahari desert or the winter cold in Lapland,” explained Rafael Bolívar, an engineer at the SEAT Quality Department.

The goal of these tests is to guarantee the quality of the materials. According to Bolívar, who performs the tests, the vehicle parts withstand temperatures ranging from -40 to 110 degrees centigrade inside the climatic chambers to “verify that the materials do not deteriorate from exposure to heat or cold.” 

Tests performed in regions with extreme climates certify that the materials do not deteriorate. The humidity and salt spray chamber simulate coastal and alpine climates. The tests aim to ensure that metal parts do not corrode during the service life of the vehicle.

Another test performed is the Xenotest, which reproduces sunlight and its radiations. The vehicle parts remain up to four months in a chamber. Efforts are made to ensure that the materials deliver the same performance under all weather conditions.

And what happens if the car is used in a coastal area? In the next room, the atmospheric conditions of humidity and salt air typically found in maritime regions are recreated to “ensure that if the car remains outdoors near the sea for prolonged periods, its parts do not suffer from corrosion damage,” adds Bolívar.

Michael Jermaine Cards is a business executive and a financial journalist, with a focus on IT, innovation and transportation, as well as crypto and AI. He writes about robotics, automation, deep learning, multimodal transit, among others. He updates his readers on the latest market developments, tech and CBD stocks, and even the commodities industry. He does management consulting parallel to his writing, and has been based in Singapore for the past 15 years.