Ash Melting Point Tester

The SDAF1600b ash melting point tester is suitable for measuring the ash melting point of coal, biomass and other samples in industries such as power, coal, metallurgy, petrochemicals, environmental protection, cement, papermaking, geological exploration, and scientific research institutions.

SDAF1600b Ash Melting Point Tester

Disposable storageplace16Like, efficient.

Adopting active fill light camera, the sample has a wider range of applications.

Three dimensional imaging provides a more realistic and fully visible image of the gray cone transformation process.

Smoke removal technology, quartz light windows do not require user maintenance.

Heating the quartz plate can reduce the adhesion of water vapor on the quartz plate, resulting in clearer imaging.

The furnace mouth is sealed with a high-temperature sealing ring, effectively ensuring a stable experimental atmosphere.

Equipped with a gray cone bracket placement position, it is more convenient to use.

The stress equalization of the combustion tube significantly extends its service life.

Standard Configuration

Instrument Mastermachine/computer

Host size:long550mm×wide850mm×tall843mm

Host weight:about108kg

SDAF1600b Ash Melting Point TesterScope of Application

Suitable for measuring the ash fusibility of coal, biomass and other samples in industries such as power, coal, metallurgy, petrochemicals, environmental protection, cement, papermaking, geological exploration, and research institutions.

meet the standard

GB/T 30726-2014Method for determining the fusibility of solid biomass fuel ash

GB/T 219—2008Method for determining the fusibility of coal ash

Main technical parameters

Number of samples：1～16Temperature control accuracy：±1℃Experimental atmosphere: oxidizing, weakly reducingsex(Carbon sealing method, ventilationlaw)

temperature resolution：1℃Temperature control range: room temperature～1600℃maximum power：4.2kWpower supply voltage：220V±10%，50/60Hz

Performance Characteristics

1.High degree of automation and high testing efficiency.

①Automatic sampling mechanism, easy to operate;

②Can be tested at oncetry16A national standard sample, tested in a single batchinterval≤3Hour by hour, with onemoon22Taking one working day as an example, it can test more than ordinary instrumentsabout200A sample;

③Suitable for various atmosphere tests, the highest furnace temperature can be reachedreach1600℃The sample range for testing is wide.

2.Real time monitoring and precise testing.

①Utilizing advanced camera technology and control systems to monitor the entire experimental process in real-time, coupled with new image processing algorithms, to quickly and accurately analyze various characteristic temperatures;

②By manually observing and taking images on the same side as the camera, only one imaging port is needed to automatically determine the temperature characteristics. The instrument has good airtightness and low gas consumption.

3.Optimized design with low usage cost.

①Using TongpassCECertified industrial monitoring professional high-definition cameras and imported cameras, equipped with heat dissipation devices to reduce thermal radiation, clear images, fatigue resistance, and long service life;

②The ash cone support plate is equipped with an anti overflow groove, which can guide and store the ash residue in the anti overflow groove, avoiding adhesion with the ash cone support plate and effectively saving the cost of use;

③Single layer graphite cup design effectively improves the efficiency of using graphite or bituminous coal, ensuring the experimental atmosphere inside the furnace;

④Temperature resistant and insulated furnace materials, combustion tubes, and sample boats are made of imported materials, which can withstand prolonged usereceive1600℃The highWen“roastverify”.

4.Equipped with gas leak detection and alarm functions, it is safe and reliable.