The micro- chamber thermal extractor- the latest cost effective solution for rapid materials emissions testing
Emissions of (semi-)volatile organic compounds ((S) VOCs) from materials can adversely impact indoor and in-vehicle air quality. National and international regulations/protocols, such as the European Construction Products Directive, German protocol for fire-resistant floorings ( AgBB ) 1 and the Californian CHPS protocol for public school building programs (CHPS) 2 require the determination of materials emissions using conventional test equipment such as chambers/cells (Methods EN13419 -1/-2/-3, ISO/EN 16000 -6/-9/- 10/- 11, ASTM D5116 -97, ASTM D7143 -05 etc). This enables emissions to be evaluated under simulated real-use conditions and allows real-room concentrations to be estimated. The recent development of a combined Micro- Chamber/Thermal Extraction system, comprising of six micro-chambers ( up to 25 mm deep and ～50 mm in diameter), which allows surface or bull emissions testing on up to 6 samples simultaneously will be presented along with excellent correlation data with conventional emission chamber testing.
volatile organic compounds emission chambers materials emission testing micro- chambers
HUGHES Peter SALTHAMMER Tunga SCHRIPP Tobias WENSING Michael WOOLFENDEN Elizabeth
Markes International ( Mi), Unit D3, Llantrisant Business Park, Pontyclun, CF72 8YW, UK Fraunhofer, Wilhelm- Klauditz- Institut, Materials Analysis and Indoor Chemistry, Braunschweig, Germ
国际会议
哈尔滨
英文
259-262
2007-01-15（万方平台首次上网日期，不代表论文的发表时间）