Product Description:
Utilizing cutting-edge international technology, it boasts rapid, efficient, energy-saving, and convenient dissolution capabilities. Its unique digital serial port design allows for remote control. It has been successfully applied in the pre-treatment of samples in industries such as environmental protection, chemicals, food, and biochemistry. Additionally, it is suitable for the pretreatment and acid stripping of microwave digestion, making it an ideal配套 product for analyzers like atomic absorption, atomic fluorescence, and ICP-AES.
Temperature Range: Room temperature to 250°C, up to 460°C
2. Heating Method: High Purity Graphite
3. Monitoring Accuracy: Temperature Control Accuracy ±0.1℃
4. High Power: 1.6 kW
5. Standard Hole Pattern: Ф36mm + 12 holes or Ф36mm + 24 holes
Key Features:
1. Stylish Appearance: Neat and generous, with buttons arranged in a reasonable and orderly manner.
2. Clean and Corrosion-Resistant: Both the heating element and the surface are made of graphite with thermal conductivity, high-temperature resistance, and corrosion resistance. The control cabinet features anti-corrosion switches, allowing for safe use in environments with strong acids and alkalis.
3. Efficient: Utilizing advanced all-around heating technology, the samples are heated uniformly, greatly reducing heat loss and eliminating temperature discrepancies between different parts of the same sample. The dissolving process is fast and thorough. Traditional electric heat sleeves and electric furnaces can only heat specific areas of the sample container, resulting in uneven heating and temperature differences between parts of the sample. Additionally, the open heating method causes significant heat loss, leading to a substantial gap between the sample's temperature and the surface temperature of the heater.
4. More Economical: Traditional thermal decomposition samples typically require several hours, while difficult-to-dissolve samples may take even days, consuming a significant amount of electrical power. The surrounding heating process is quick, convenient, and can save up to 75% of electricity, with low operation costs.
5. Temperature Control: PID temperature control system, easy to operate and convenient, with excellent performance and durability. High accuracy in temperature control, up to ±0.1°C. Adjustable heating rate, programmable temperature rise, and heating retention time control. Stable heating rate, high and low temperature alarms, and automatic heating stop.
6. Superior Thermal Conductivity: A reasonable heating method paired with a heating element of excellent thermal conductivity ensures uniform temperature distribution among the digestion holes, with sample temperature differences less than ±0.1℃ (Room Temperature to -210℃). Additionally, when digesting multiple samples simultaneously, it guarantees identical reaction temperatures and conditions for each sample, enabling batch processing.
