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Muni Testing Equipment (Shanghai) Co., Ltd

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Measurement method for automotive interior atomization tester
Date: 2016-04-19Read: 0

  Automotive Interior Atomization TesterSuitable for evaluating the evaporation of volatile components of interior materials such as plastic parts, textiles, leather, adhesives, non-woven fabrics, thermoplastic elastomers, etc. in automobiles and aircraft at high temperatures. The atomization tester can also be used to measure the high-temperature atomization phenomenon of xenon lamps in front of vehicles. Conducting atomization tests on automotive interior decoration materials to control volatile substances in these materials has become an important means for automotive and interior material manufacturers to effectively reduce environmental pollution in the car.Automotive Interior Atomization TesterThe principle of suitability testing is that the sample is heated in the fogging cup and begins to evaporate, and the volatile gas condenses on the glass plate or aluminum foil that has been cooled down in the cooling chamber. After the condensation process is completed, remove the glass plate or aluminum foil, measure the atomization value or weight of the condensation component of the glass plate or aluminum foil, and compare it with the data before condensation to obtain the atomization volatilization characteristics of the sample.

  Automotive Interior Atomization TesterAppropriate measurement method:
Glossiness method: The gas evaporated by heating the sample in the fogging cup condenses on a low-temperature glass plate. By comparing and calculating the glossiness values of the glass plate before and after condensation, the fogging value of the sample can be obtained. (Standard)
Haze method: The gas evaporated by heating the sample in the fogging cup condenses on a low-temperature glass plate. By comparing and calculating the haze values of the glass plate before and after condensation, the haze value of the sample can be obtained. (Purchase separately)
Weight method: The gas evaporated by heating the sample in the fogging cup condenses on the low-temperature aluminum foil. By measuring the weight change of the aluminum foil before and after condensation, the weight of the atomized condensed substance of the sample can be obtained. (Standard, balance purchased separately)