Automatic Loss on Ignition Analyzer

Scope of Application

Suitable for loss on ignition testing of chemical raw materials, new materials, building materials, waste, biomass materials, etc., combustible material testing, cement loss on ignition testing, and more.

① Analysis of loss on ignition (LOI) for substances such as alumina, aluminum fluoride, cryolite, etc.;

② Analysis of loss on ignition (LOI) for metal minerals such as iron ore, laterite nickel ore, etc.;

③ Analysis of loss on ignition for cement;

④ Analysis of loss on ignition (LOI) for substances such as limestone, dolomite, etc.

Compliant Standards

GB/T 6609.2-2009 "Method for Determination of Mass Loss of Alumina at 300°C and 1000°C"

GB/T 6730.68-2009 "Determination of Loss on Ignition of Iron Ores—Gravimetric Method"

GB/T 176-2017 "Chemical Analysis Methods for Cement—Determination of Loss on Ignition"

YS/T 820.26-2012 "Determination of Loss on Ignition of Laterite Nickel Ores—Gravimetric Method"

GB/T 3286.8-1998 "Chemical Analysis Methods for Limestone and Dolomite—Determination of Loss on Ignition"

Technical Parameters:

Voltage: (220±22)VAC (50±1)Hz

Maximum Power: ≤4000W

Temperature Control Range: Room temperature~1200°C

Temperature Control Accuracy: ±2°C

Resolution: 1°C

Number of Samples: 1~10 (simultaneous testing)

Sample Mass: 0.1~10g (customizable)

Testing Time: Customizable based on user requirements

Testing Accuracy: Complies with standard sample accuracy range

Main Unit Dimensions: 660×550×530mm

Technical Features:

u New rapid loss on ignition continuous testing program, tailored for users requiring large-scale loss on ignition testing; supports multi-control with one machine, further improving work efficiency.

u Supports built-in calibration function for balance instruments, eliminating the need for professional disassembly for periodic calibration.

u Customizable experimental temperature settings, with multiple constant temperature and temperature control modes available, catering to users across different industries.

u Built-in balance data displayed in real-time on the computer screen, facilitating more accurate sample weighing for lab technicians.

u Records and monitors various key data throughout the experiment, automatically alerting in case of abnormalities.

u Equipped with power-off protection function; in the event of unexpected power loss or misoperation, the experiment can resume from the state before power interruption upon power restoration, without discarding samples.

u Highly automated, requiring no manual intervention during the experiment; the instrument automatically completes the experiment, stores and processes data, and provides multiple report printing formats. Customizable report formats are also available to meet diverse user needs.

u Advanced control mechanism enables automatic opening and closing of the lid, eliminating the need for manual crucible replacement and lid removal, avoiding the impact of high-temperature radiation on the human body.

u Utilizes thermobalance and thermogravimetric analysis technology, calibrated with an empty crucible under the same atmosphere environment, ensuring weighing accuracy.

u Features instrument self-check and safety protection functions, with user-friendly prompts for various faults, facilitating equipment management and maintenance.

u No need for dedicated oxygen or nitrogen preparation; optional use of silent compressed air stations to supply gas, significantly reducing experimental costs.