Unique Advantage of Emission Test 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.
The internal surface of chamber is made of SUS#304 stainless steel.
This emission test chamber is a best choice to test formaldehyde, acetaldehyde,benzene derivatives, and other low boiling point VOCs. However,it’s unsuited for high boiling VOCs and polar compounds,like tetradecane and 4-phenyl-1-cyclohexene.
International Standards
GB18580-2001 “Formaldehyde emission in wood-based panel and relevant products”
GB18584-2001 “Limit to harmful substances of interior decoration materials wood furniture”
GB18587-2001 “Release limits to harmful substances of interior decoration materials carpets, carpet linings and carpet adhesives”
ASTM D6007-02 “Standard test method of small size environmental test chamber for formaldehyde concentration in wood VOC Emission Chamber for Automotive Interior products release gas”
ENV717-1 “Environmental test chamber for wood-based panel formaldehyde emission”
EN13419-1 “Environmental test chamber for VOCs released from construction products – Part one method for release test of environmental test chamber”
HJ 571-2010 “Technical requirement for environmental labeling products – wood based panels and finished products”
HJ566-2010 “Technical requirement for environmental labeling products – wooden toys”
Upholstered Furniture Limits of Harmful Substances from Sofa (Exposure Draft) and Climate Chamber for Detection of Volatile Organic Compounds in Furniture (Exposure Draft).
LY/T 1980-2011 Determination Device of the Emission of Volatile Organic Compounds and Formaldehyde
LY/T 1981-2011 Testing Apparatus for Formaldehyde Emission by the Gas Analysis Method.
LY/T 1982-2011 Large Chamber for Formaldehyde Emission of Wood-based Panels and Its Products.
Application:
1. The Emission Test Chamber provides standard environment to determine the VOC emission rate and emission characteristics of interior decoration materials and products.
We can:
* Determine the impact of environmental variables on the VOC emission rate and emission characteristics.
* Classify the lever of products and materials depending on the emission characteristics.
* Develop and adjust indoor air pollution models.
* Evaluate the IAQ (Indoor Air Quality) depending on the pollution data and test report.
2. The chamber has a wide application in interior decoration,office furniture,engineered wood,carpets,plastics,leather,textile,toys and more.
