TANK MAX Super Microwave Chemistry Platform

Product Description

TANK MAX can operate at a maximum temperature of up to 300°C and a maximum pressure of up to 20MPa, which makes it easy to completely dissolve even difficult-to-solve samples; the single reaction chamber is pre-pressurized, so that samples of different natures and reaction systems can be processed at the same time. No matter what kind of digestion experiments can be coped with freely.

Ultra-high digestion temperature and pressure, so no more inability to digest.

With the maximum operating temperature of 300°C and the maximum operating pressure of 20MPa, conventional samples can be digested more thoroughly, and insoluble samples can also be digested easily and completely.

No need to sort samples, the reaction temperature is identical, more accurate and reliable results.

The single reaction chamber is pre-pressurized, so the digestion tube does not need to bear the reaction pressure, and different samples and reagent systems can be digested at the same time. Moreover, the temperature and pressure conditions of all samples are identical, which makes the digestion process more accurate and reliable, and ensures the reproducibility and traceability of the experiments.

The use of reagents such as aqua regia and hydrofluoric acid is no longer a limitation of the digestion experiment.

Self-cleaning anti-corrosive high-pressure piping design, can withstand most of the reagents including aqua regia, hydrofluoric acid, perchloric acid, the instrument application scenarios more widely.

Rapid heating and cooling to increase the speed of digestion experiments

Adopting single-feeder microwave coupling technology, the coupled microwave field is efficiently fed into the reaction chamber through the large-diameter waveguide port, which results in high microwave energy utilization, uniform distribution of microwave field, faster heating speed and higher degradation efficiency.


No need to drive the acid, and the volume can be fixed directly after digestion, which further improves the efficiency of the experiment.

Only 2mL of acid is needed to complete the digestion of a single sample, and the volume can be fixed directly without the need to drive the acid, which improves the experimental efficiency by more than one times. In addition, the extremely low reagent consumption can significantly reduce the acid gas emission, which is more environmentally friendly.