SR Series Hydrothermal Synthesis Reactor Pressure Solvent Bomb

Equipment Description:
Micro-synthesis reactor, also known as hydrothermal kettle, high-pressure digestion tank, dissolved sample, pressure-soluble bombs, digestion tank, Teflon high-pressure tank.
Wuzhou Ding Chong micro-reactor advantages:
• Slower reaction at standard atmospheric pressure, but rapid reaction at high pressure.
L can use HF or aqua regia and other corrosive reagents, these substances will make most of the other reaction container corrosion.
• No loss of sample or trace elements during dissolution. And no additional ingredients are added to affect the product analysis.
 
Introduction of SR series micro - synthesis reactor in
1.Strict material selection: The material is important to the durability and safety of the synthesis kettle. The price of the same kind of material has several times difference. Our company takes the idea of ??safe and durable. All the synthesis kettle is made of high quality material.
2, the new seal structure design; can ensure that the hydrothermal kettle in the continuous high temperature and cooling process to maintain the seal, and the traditional structure may be re-cooling process because of the difference in the thermal expansion coefficient of PTFE leakage.
3, the unique hole fastening tool tightening seal, saving time and effort.
4, with spring load pressure
Difficult to detect, so that the accuracy of product analysis are affected. Wuzhou Dingchuang SR series hydrothermal synthesis kettle comes standard with high-pressure spring load, so that PTFE lining cover in the whole process of reaction to maintain a constant tightening pressure, thereby ensuring a good watertight sealing.
5, the higher the pressure: the premise of the experiment to ensure safety. SR series hydrothermal kettle design pressure. Working pressure 5MPA. Water in a gas-liquid equilibrium in a closed environment with the temperature rise will quickly rise in pressure, and its volume will expand, and the liquid is incompressible. The saturated vapor pressure of water at 250 degrees is 3.8 MPA. The volume expansion coefficient is 25%. That is, in the gas-liquid coexistence system, the liquid volume will become the original 125%, the pressure becomes 3.8MPA.