Graphite Digestion Instrument

1. Energy-saving and highly efficient: It employs a distinctive heating and insulation mode, achieving energy savings of over 30% compared with similar products.
2. Intelligent adjustment: It is furnished with an intelligent adjustment system featuring self-tuning functionality, guaranteeing precise temperature control and safe utilization.
3. Anti-corrosion design: The graphite surface layer is treated with Teflon, which is resistant to strong acids and strong alkalis, preventing corrosion of the machine's surface during experiments.
4. Uniform heating: The use of isostatic high-purity and ultra-fine graphite with excellent thermal conductivity ensures uniform temperature among all digestion holes, with a small temperature difference between the holes.
5. Double-layer inner liner suspended structure: Optimizes heat dissipation and avoids excessive heating of the chassis during prolonged usage.
6. Multiple protections: The equipment is equipped with multiple protections such as overvoltage, overcurrent, and overheating, as well as an over-temperature alarm function.
7. Safe, reliable, and simple to operate: The design takes into account humanization, automation, and safety, making the operation more straightforward, convenient, and rapid.
8. Customization support: The number of holes, hole depth, and hole diameter can be customized in accordance with requirements.

Environmental Requirements:
• Temperature: The temperature of the working environment should be controlled within the range of 20°C to +25°C to guarantee the normal operation of the instrument.
• Humidity: The relative humidity of the air should be less than 75% to avoid dampness of the instrument.
• Ventilation: The machine should be placed in a dry and well-ventilated environment.
• Avoidance of vibration and electromagnetic interference: The working site should be free from intense vibration and kept away from strong electromagnetic field interference to ensure the safety of the experiment and the accuracy of the data.
• Power supply: Utilize a dedicated and independent power socket, and match the corresponding power and capacity in accordance with the usage power of the product. Meanwhile, a sound safety protection grounding should be provided to prevent any unexpected incidents.

Precautions:
1. Equipment inspection: Prior to usage, examine whether the instrument instrument is intact. Check if components such as the power cord, heating elements, and temperature control system are functioning properly.
2. Protective equipment donning: Appropriate personal protective equipment, including laboratory safety glasses, gloves, and laboratory gowns, should be worn during operation to prevent injuries from acid mist and high temperatures.
3. Sample preparation: Ensure the samples are prepared accurately. Avoid excessive or insufficient sample amountsto avoid affecting the experimental results or damaging the equipment
4. Temperature setting: Set the temperature accurately in accordance with the experimental requirements. Avoid overly high or low temperature settings to prevent effects on the experimental results or equipment damage.
5. Process monitoring: Monitor the working status of the equipment regularly, including temperature and pressure, to ensure the stability of the experimental process.
6. Overload prevention: Do not exceed the maximum sample processing capacity of the instrument instrument to avoid equipment overload.
7. Cleaning and maintenance: After the experiment, clean the instrument promptly, especially the heating holes and internal surfaces, to prevent the accumulation of residues that may affect subsequent usage.
8. Professional training: Operators should undergo professional training on the operation of the instrument instrument to ensure correct and safe usage.