TANK MAX Super Microwave Chemistry Platform

A single sample can be digested with only 2mL of acid solution, and there is no need to rush the acid to complete the digestion. The sample can be directly diluted, which increases the experimental efficiency by more than twice; The digestion tube can be made of materials such as PTFE-TFM and high-purity quartz, which are more than 60% cheaper than microwave digestion tanks. If ordinary glass test tubes are chosen, the cost of use can be as low as negligible.

Easy Load convenient loading design, the digestion tube can be inserted into the tube cover, and the sample rack and inner liner tank do not need to be aligned, saving operation time and greatly reducing error rates; It can achieve one click operation throughout the entire process, without manual assistance or software guidance, and enjoy a new experience of automated digestion. A four fold safety architecture including predictive protection mechanism, active safety protection, passive safety protection, and acid mist protection, to safeguard your experimental safety.TANK MAX Super Microwave Chemistry PlatformBringing you ultra-high experimental efficiency, minimalist operation experience, and comprehensive security protection!

Super strong digestion ability

Ultra high digestion temperature and pressure,Farewell from now on cannot be dissolved

Maximum operating temperature300° C, maximum operating pressure20MPa,Conventional sample digestion is more thorough,Difficult to dissolve samples can also be easily dissolved completely.

No need for sample classification,The reaction temperature is completely consistent,The experimental results are more accurate and reliable

Pre pressurization design for DSLR cavity,The digestion tube does not need to withstand reaction pressure,Different samples and reagent systems can be digested simultaneously. And all sample temperature and pressure conditions are completely consistent,The digestion process is more accurate and reliable,Ensure the reproducibility and traceability of the experiment.

Can use reagents such as aqua regia and hydrofluoric acid,Dissolution experiments are no longer limited

Design of self-cleaning anti-corrosion high-pressure pipeline,Can tolerate the majority of digestion reagents including aqua regia, hydrofluoric acid, and perchloric acid,The application scenarios of instruments are more extensive.

Ultra high experimental efficiency

Rapid heating and rapid cooling,Improve the speed of digestion experiments

Adopting single feed microwave coupling technology,Efficient feeding of coupled microwave field into the reaction chamber through a large-diameter waveguide port,High utilization efficiency of microwave energy and uniform distribution of microwave field,Faster heating rate,The digestion efficiency is higher.

No need to rush acid,Dissolve directly to volume after completion,Further improve experimental efficiency

A single sample only requires2mLAcid solution can complete the digestion,No need to rush acid, can directly adjust the volume,Experimental efficiency improvement1More than double. Besides,Extremely low reagent consumption,Can significantly reduce acid gas emissions,More environmentally friendly.

Minimalist operating experience

Easy LoadConvenient loading

No need for complicated assembly,Inserting the cap completes the canning process;The sample rack and inner liner tank do not need to be aligned,Can be quickly inserted at any angle,Let you experience the minimalist process of loading digestion tubes.

Extremely low usage cost,Optimal selection for cost reduction and efficiency improvement

The digestion tube can be made of materials such as PTFE-TFM and high-purity quartz, with a usage cost that is more than 60% lower than that of microwave digestion tanks; If choosing a regular glass test tube, the cost of use can be ignored.

All in oneOne click operation of the entire process

Redefine one click operation, without the need for manual assistance to lock the furnace chamber or software guidance. The instrument automatically closes the safety door, locks the furnace chamber, pre pressurizes and performs digestion. After digestion is completed, it automatically enters water cooling, pressure relief, and tank retrieval, providing you with a new experience of automated digestion.

Comprehensive security guarantee

the first layer:Proactive protection mechanism,Prevent in advance

The instrument is equipped with an intelligent temperature and pressure warning model, which can predict the pressure value of subsequent experimental processes based on the current temperature, pressure value, and temperature and pressure rise rate, combined with data models. When the predicted value exceeds the limit, an alarm will be triggered to eliminate the potential overpressure hazard in the early stage of the experiment.

Second level:Active safety protection

Program controlled active pressure relief system, when the pressure exceeds the safety setting during operation, the instrument automatically opens to release pressure and release pressure; Self controlled safety relief module, which can manually release pressure to ensure safe use.

The third level:Passive safety protection

Even if the active pressure relief system fails, the instrument is equipped with an independent micro opening pressure relief device and a terminal overpressure protection device. When the pressure continues to rise, it will automatically trigger in sequence to release excess pressure; Self locking high-pressure chamber, with a self-locking pressure resistance of up to 30MPa. Even if the power is cut off during operation, the furnace chamber can be self-locking and sealed, ensuring absolute safety during extreme experimental operations.

The fourth level:Acid mist protection

The safety protection door can prevent acid gas from coming into contact with the outside world. With the automatic acid gas discharge system, the acid gas that escapes during the opening process can be discharged in a timely manner to avoid harm to experimental personnel and instruments caused by acid gas.

workflow

TANK MAX Super Microwave Chemistry PlatformTechnical Specifications

Widely applicable fields

TANK MAX super microwave can be widely used in analytical fields such as food, medicine, environment, chemical industry, geology and minerals, and new materials, especially suitable for batch processing of insoluble samples such as polymers, ceramic materials, rare metals and their oxides.