Teflon digestion tubePrinciple characteristics
High pressure digestion tank, also known as polymerization reaction kettle, digestion tank, hydrothermal synthesis reaction kettle, high-pressure tank, reaction kettle, pressure dissolution bomb, digestion tank, hydrothermal synthesis kettle, experimental reaction kettle, geological digestion tank.

working principle:
The use of strong acid or strong alkali in a sealed environment with high temperature and high pressure inside the tank to achieve rapid digestion of insoluble substances is a powerful assistant for the determination of trace elements and the digestion of samples. Sample pretreatment for digestion of heavy metals, pesticide residues, food, sludge, rare earths, aquatic products, organic matter, etc.

Teflon digestion tubecharacteristic:

1. Use in an oven at 200 ℃. Safety was fully considered in the design, shifting from passive temperature control to active pressure control. The tank body adopts a circular mortise and tenon sealing design, and the manual screw fastening has good sealing performance, avoiding the loss of volatile elements; There is a vent hole on the top of the cup, which has a high safety factor;

2. We have high-quality and stable material suppliers who can ensure the stable quality of the inner cup material, with low blank values (and no fatal hidden defects such as black spots, yellow spots, and small cracks). The material, design, and production process also determine the result of the entire sample pre-treatment;

3. Easy to use: The inner cup adopts a special design, which is easy to clean; The inner wall of precision equipment processing is smooth and does not hang water:

4. Sequential numbering of inner and outer tanks, without mixing, facilitates the differentiation of samples in experiments, and improves the reproducibility of experiments;

5. High digestion efficiency, strong ability, able to digest many samples that are difficult to digest by traditional methods, wide adaptability, and can be used for simultaneous processing of multiple samples;

6. Low consumption of acidic solvents, low blank values, improved accuracy and precision of analysis, reduced work intensity and environmental pollution;

7. Complete specifications, capable of directional processing.