The acid reflux cleaning system can reduce heavy metal residues from the ppb and ppm levels achieved by traditional cleaning methods to the ppt level, better helping customers reduce detection errors. Optional separate disinfectant pump and UV lamp, suitable for medical and other special industries, and can also be equipped with surgical scissors and surgical knife holders. Customizable transparent window display panels and lighting systems, real-time observation of cleaning effects can achieve ppb and ppm levels of heavy metal residues from traditional cleaning methods.
The main materials of the acid reflux cleaning system are:
1. The cavity is made of high-purity PTFE material, and all parts in contact with the vessel are made of high-purity experimental grade PTFE material;
2. The heating system can be made into energy-saving and environmentally friendly silicone heating elements or Teflon heating electric plates according to customer requirements.
The working principle of acid reflux cleaning system:
Use hot steam from commonly used laboratory solvents such as sub boiling HF, HCL, HNO3, high-purity water, and alkalis to clean reaction tubes, test tubes, digestion tubes, beakers, crucibles, volumetric flasks, and other laboratory utensils. The entire cleaning process is completed through the repeated convection and condensation washing of the vessels by the high-purity acid-base vapor generated by heating the heating plate. The cleaning system adopts air cooling without the need for additional cooling water, which can achieve economical and safe overnight work. Compared with conventional cleaning or acid soaking methods, steam cleaning method has better cleaning effect, cleaner and pollution-free.
Instrument design features of acid reflux cleaning system:
1. Professional design, simple structure, easy operation, and no need for training for operators;
2. Suitable for cleaning trace analysis vessels, PFA and PTFE dissolution tanks, microwave digestion tanks, beakers, digestion tubes, test tubes, etc;
3. The amount of samples processed at once can reach hundreds depending on the size of the vessel, or can be designed in multiple layers according to the height of the vessel, making it more efficient and fast;
4. During the cleaning process, the amount of acid used is small, and the acid after cleaning can be reused, with multiple cycles of cleaning to save costs;
5. Conduct acid vapor ultra clean cleaning under closed conditions to prevent laboratory contamination;
6. Only 100% ultra pure acid vapor contacts the surface of the vessel that needs to be cleaned, and all contact parts are made of high-purity experimental grade Teflon material to ensure cleanliness and low background blank values.