Sapphire Visible High Pressure ReactorIt is used for reaction visualization research, sampling analysis, multiphase behavior observation, spray observation of supercritical particle preparation, thermodynamic property research, long-term dissolution process observation, etc.

The high-pressure reactor uses sapphire crystal as an excellent transparent material. Sapphire single crystal material has excellent mechanical properties, chemical stability, high temperature resistance, high hardness, and high strength, which can simultaneously meet the demanding requirements of ultra-high sound speed for transparent materials. It has good transmittance in the ultraviolet, visible light, infrared, and microwave bands, and can meet the requirements of multi-mode composite guidance (infrared imaging, television, radar, etc.).

Therefore, sapphire single crystal has become the preferred medium wave transparent infrared window material for advanced countries such as high-speed fighter jets and unmanned aerial vehicles. Sapphire crystals are widely used in various demanding fields such as national defense, scientific research, and civil industry.

　　Sapphire Visible High Pressure ReactorAdvantage:

1. It has a series of excellent physical and chemical properties, such as high strength, high hardness, high temperature resistance, wear resistance, corrosion resistance, good light transmission performance, and excellent electrical insulation performance.

2. Fully transparent with good transparency, visible under high pressure, and observable throughout the experiment.

3. Wide temperature range for use! Jacket temperature control can be used for both high and low temperature reactions, with adjustable and controllable high and low temperatures.

4. Sapphire fully transparent reactor equipped with proportional unloading valve, automatic overpressure relief, safe and reliable! Imported sealing ring with good air tightness! Equipped with inlet and outlet valves, it can facilitate ventilation, exhaust, and online sampling analysis.

The high-pressure reaction vessel is equipped with a window for direct observation of possible fluid phases with eyes or cameras. This method is suitable for high-pressure systems close to the critical point and can measure P-V-T data. The use of a window reaction vessel to study high-pressure phase transitions has certain limitations, as the local observation space of the window limits the clarity and accuracy of observing phase transitions.