SDAF1600 (a/b) Ash Fusibility Tester Introduction: The SDAF1600 (a/b) ash fusibility tester is suitable for measuring the ash fusibility of coal, biomass and other samples in industries such as power, coal, metallurgy, petrochemical, environmental protection, cement, papermaking, geological exploration, and scientific research institutions. Conforming to the standard GBT/30726-2014 "Method for determining the fusibility of solid biomass fuel ash" GB/T219-2008 "Method for determining the fusibility of coal ash" Features: 1. Can place 16 samples at once, with high efficiency. 2. Adopting active fill light photography, the sample has a wider application range. 3. 3D stereoscopic imaging, the gray cone transformation process image is more realistic and fully visible. 4. Unique smoke removal technology eliminates the need for user maintenance for quartz light windows. 5. Heating the quartz sheet can reduce the adhesion of water vapor on the quartz sheet, resulting in clearer imaging. 6. The furnace mouth is sealed with a high-temperature sealing ring, effectively ensuring the stability of the experimental atmosphere. 7. Equipped with a gray cone bracket for convenient use. 8. The stress of the combustion tube is homogenized, greatly extending its service life. Technical parameters: Number of samples: 1-16 Temperature control accuracy: ± 1 ℃ Experimental atmosphere: SDAF1600a: Oxidative and weakly reducing (carbon sealing method) SDAF1600b: Oxidative and weakly reducing (carbon sealing method, ventilation method) Temperature resolution: 1 ℃ Temperature control range: room temperature~1600 ℃ Maximum power: 4.2kW Power supply voltage: 220V ± 10%, 50/60Hz Host size: 550mm long × Width 850mm × Height 843mm Host weight: approximately 108kg
Introduction: The SDAF1600 (a/b) ash fusibility tester is suitable for measuring the ash fusibility of coal, biomass and other samples in industries such as power, coal, metallurgy, petrochemical, environmental protection, cement, papermaking, geological exploration, and scientific research institutions. Conforming to the standard GBT/30726-2014 "Method for determining the fusibility of solid biomass fuel ash" GB/T219-2008 "Method for determining the fusibility of coal ash"
