


Durable ALC-42 Anode Air Reactivity Tester is used to measure the reactivity of prebaked anode carbon blocks to air at a specific temperature and air flow rate. The tester is a professional instrument designed to measure the reaction performance of carbon materials in high-temperature air environments. The equipment can accurately evaluate the antioxidant properties of anode materials and provide reliable data support for the research and development, and quality control of carbon products.
The tester adopts an intelligent temperature control system and a high-sensitivity sensor, which can achieve precise control and real-time monitoring of parameters such as temperature and airflow, ensuring the stability of the test process and the repeatability of data. The instrument has a compact structure and is easy to operate, suitable for a variety of application environments in laboratories and production sites.
Leadlong Technology is committed to providing efficient and accurate testing solutions for the carbon industry. This Anode Air Reactivity Tester meets industry standards and can help customers quickly grasp material properties, optimize product processes, and enhance overall competitiveness.
Instrument characteristics: This product meets the requirements of ISO12989-2: 2000 and YS/T63.23-2012.
● Special control software and human-machine interface of high-definition touch screen can record and display real-time parameters of test time, sample number, and furnace temperature. The test process is fully under intelligent control. The system reserves the data network transmission function to realize centralized management and real-time sharing of laboratory data.
● The high precision PID temperature control system makes the temperature tracking error less than ±1℃ in the cooling process.
● The program-controlled vibration cylinder enables accurate control of vibration frequency.
● Two-way gas design eliminates the impact of vibration operation on the reaction atmosphere.
Technical parameters:
Model | ALC-42 |
Heating power | 1.8KW single furnace |
Rated voltage | 220V |
Maximum heating rate of heating furnace | 20 ℃/min |
Operating temperature range of reaction chamber | room temperature to 700 ℃ |
Low voltage and high current heating mode, standard transformer | 220V/24V |
Heating element | KANTAL A-1, surface load rate 1.5-1.7w/cm2 |
Temperature control accuracy | ±1℃ |
Time rising from normal temperature to 550℃ | ≤30 Minutes |
Cooling rate | 15℃/h |
The precision of rising and decreasing temperature control | ±1℃ |
Thermocouple | K-type, measuring range 0-800℃; calibration accuracy |
Air flowmeter | range 5L/min, accuracy 0.1L/min |
Thermocouple | K-type, accuracy 0.25% FS, range 0-800 ℃ |
Sample size and quantity | Φ50×60㎜, each reaction furnace can measure up to one sample at a time |
Vibration device | Cylinder control with amplitude of 5mm and vibration frequency of 1 time/min, vibration rod rises slowly and declines in acceleration, with a declining acceleration > 9.8 m/ s² |
Liner material | Quartz glass tube, inner diameter 168 mm, wall thickness 3 mm |
Repeatability of measurement | Repeatability is based on more than three test results of the same sample. The samples used in the test methods specified in ISO 12988-1200 standard and YS/T63.12-2006 standard cannot be restored after reaction, so specific values cannot be given. |
Measuring reproducibility | The sample with residual anode rate of 90% has a measurement error of less than 6%. |
Power supply | AC220V, 50Hz |
Power | 1.5KW |
Dimension | Single furnace |
Three furnaces | 1980 *550 *1630mm |
Keywords
Anode Air Reactivity Tester



Anode Air Reactivity Tester
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