Features: 1. Clean and Corrosion-resistant: The main body of the normal-temperature digestion heater is coated with a special thick Teflon coating to prevent corrosion and pollution. With a unique spray process, the coating is even, strong, and will not fall off during long-term use. High-temperature digestion instrument heating body and table are selected with high thermal conductivity, high temperature, corrosion resistance of high-quality graphite. The anti-corrosion switch is used for the control box and it can be safely used in corrosive environments such as strong acid and alkali. 2. Efficient: Using advanced integrated heating method, the sample is heated evenly in all parts to prevent the loss of heat to the greatest extent, eliminating the temperature difference in different parts of the same sample, eliminating the rapid and thorough. Traditional electric heating jackets, electric furnaces, etc. can only heat the sample container locally, the sample is not heated uniformly, there is a certain temperature difference in each part of the sample, and the open heating method, heat loss is extremely large, resulting in the sample temperature and the surface temperature of the heater There is a big gap. 3. More economical: The traditional heat digestion sample generally takes several hours, difficult to digest samples even takes a few days, consumes a lot of power; around the heating process is fast, convenient, can save 75% of energy, low cost of use. 4. Accurate temperature control: PID temperature control system is easy to operate, with excellent performance and durability. High temperature control accuracy, up to ±0.2°C, adjustable heating rate, program temperature increase and control of heating holding time, stable heating rate, high and low temperature alarm, automatic stop heating 5. Excellent thermal conductivity: A reasonable heating method is matched with a heating body with excellent thermal conductivity, which can ensure the temperature uniformity among the various digestion holes. The temperature difference between samples is less than ±1.5 °C (normal temperature -210 °C), while digesting multiple samples The same reaction temperature and conditions of each sample can be guaranteed for batch processing. 6. Digital serial port design: External PC, can be software controlled heating system, observation record warming curve, can be connected with the LIMS, to achieve remote control. Technical Parameters Digestion sample: 25 diameters 28 Temperature range: room temperature ~ 350 °C (optional 450 °C) Heating method: high purity graphite Monitoring accuracy: ±0.1°C Maximum power: 3.6KW Number of holes: 40 and 60 holes
Features: 1. Clean and Corrosion-resistant: The main body of the normal-temperature digestion heater is coated with a special thick Teflon coating to prevent corrosion and pollution. With a unique spray process, the coating is even, strong, and will not fall off during long-term use. High-temperature digestion instrument heating body and table are selected with high thermal conductivity, high temperature, corrosion resistance of high-quality graphite. The anti-corrosion switch is used for the control box and it can be safely used in corrosive environments such as strong acid and alkali. 2. Efficient: Using advanced integrated heating method, the sample is heated evenly in all parts to prevent the loss of heat to the greatest extent, eliminating the temperature difference in different parts of the same sample, eliminating the rapid and thorough. Traditional electric heating jackets, electric furnaces, etc. can only heat the sample container locally, the sample is not heated uniformly, there is a certain temperature difference in each part of the sample, and the open heating method, heat loss is extremely large, resulting in the sample temperature and the surface temperature of the heater There is a big gap. 3. More economical: The traditional heat digestion sample generally takes several hours, difficult to digest samples even takes a few days, consumes a lot of power; around the heating process is fast, convenient, can save 75% of energy, low cost of use. 4. Accurate temperature control: PID temperature control system is easy to operate, with excellent performance and durability. High temperature control accuracy, up to ±0.2°C, adjustable heating rate, program temperature increase and control of heating holding time, stable heating rate, high and low temperature alarm, automatic stop heating 5. Excellent thermal conductivity: A reasonable heating method is matched with a heating body with excellent thermal conductivity, which can ensure the temperature uniformity among the various digestion holes. The temperature difference between samples is less than ±1.5 °C (normal temperature -210 °C), while digesting multiple samples The same reaction temperature and conditions of each sample can be guaranteed for batch processing. 6. Digital serial port design: External PC, can be software controlled heating system, observation record warming curve, can be connected with the LIMS, to achieve remote control.
