VOC in the car mostly comes from the paint behind the paint inside the car. In order to reduce the health hazards caused by the material VOC to the human body, when the VOC concentration is too high, it is easy to cause acute poisoning. Vomiting; convulsions can occur in severe cases, and can damage the liver, kidneys, brain, and nervous system. Beitest Inspection will solve the defects of products to the greatest extent and help you break through the barriers of environmental protection and technical trade.
VOC testing service
VOC testing of auto parts | |||
Japan Automobile Manufacturers Association | JASO M 902-2007 Volatile Organic Compound (VOC Test) Test Method for Automotive Interior Parts | ||
Toyota cars | TSM0508G VOC sampling bag detection method | ||
Nissan | NES M0402 Testing of Volatile Organic Compounds for Automotive Interior Parts | ||
Mazda | MES CF 090 VOC detection method for automotive interior parts | ||
Honda Motor | 0094Z-T0A-0000 VOC inspection of automotive interior parts | ||
General Motors | TS-BD-003 Test Method for Volatile Organic Compounds of Vehicle Interior Parts-Bag Method | ||
Hyundai Motor | MS300-55 VOC emission test method for automotive interior parts | ||
Suzuki | SES N 2403 Volatile Organic Compound Emission Control Standard | ||
Shanghai Auto | SMTC 5 400 018(V1) VOC test method for car interior parts (bag method | ||
Great Wall Motor | Q/CC SY248 Sampling and determination methods for volatile organic compounds and aldehydes and ketones of non-metallic parts in vehicles | ||
VOC testing of automotive materials | |||
Confederation of the German Automobile Industry | VDA275 formaldehyde emission test for automotive interior materials VDA277 Total carbon emission test of non-metallic materials in automotive interiors VDA278 VOC and FOG emissions from thermal desorption gas chromatography | ||
German Institute for Standardization | DIN 75201 Atomization characteristics test of automotive interior materials | ||
American Society of Motor Vehicle Engineers | SAE J1756 Atomization characteristics test of automotive interior materials | ||
General Motors | GMW15634 test method for volatile and semi-volatile organic compounds of interior decoration materials GMW15635 Test method for emission of aldehydes and ketones in interior decoration materials GMW15635 Test method for emission of aldehydes and ketones in interior decoration materials GMW3205 Determination of Odor Characteristics of Automotive Interior Materials GMW3235 Atomization characteristics test of automotive interior materials GMW8081 indoor emission test of interior materials (static headspace GC-MS) | ||
Volkswagen | PV 3341 Automobile interior non-metallic materials organic compound emission test PV 3341 Automobile interior non-metallic materials organic compound emission test PV 3015 non-metallic materials for interior decoration, condensable components PV 3925 Formaldehyde emission test for automotive interior materials |