Unique Advantage of VOC Emission Chamber from Simplewell Technology The coated stainless steel obviously improves the adsorption capacity of the high-boiling-point materials and polar compounds in test chamber. The chamber absorbs over 80% of tetradecane and 4-phenyl-1-cyclohexene. Background Concentration 1. Benzene <0.01mg/m³； 2. Methylbenzene <=0.02mg/m³； 3. Xylene <=0.02mg/m³； 4. Ethylbenzene <=0.02mg/m³； 5. Styrene <=0.02mg/m³； 6. Formaldehyde <=0.02mg/m³； 7. Acetaldehyde <=0.01mg/m³； 8. Acrolein <=0.01mg/m³； Note: After operating for 1 hour, the single-component VOC is less than <=0.02mg/m³ and is lower than limited value 10% ; The formaldehyde concentration is less than <=0.02mg/m³；and the TVOC concentration is less than <=0.02mg/m³. Testing The operator first parks the vehicle in the test chamber and then sets all environmental parameters according to actual demands. Finally, he can get a sample and conduct odor analysis. Manufacture Standards VOC Detection Method for Japanese JAMA Vehicle (Automotive air conditioning can be started) HJ/T400 – 2007 Determination of Volatile Organic Compounds and Carbonyl Compounds in Cabin of Vehicles GB/T 28370-2012 Detect Method for the Air Quality inside Long Distance Coach VOC Test Methods for German VW PV 3938 Vehicle ( Infrared Heating Method) ISO 12219-1:2012(E) Interior Air of Road Vehicle-Part 1: Whole Vehicle test Chamber – Specification and Method for the Determination of Volatile Organic Compounds in the Cabin Interiors.

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