Basic conditions for installation of high pressure reactor|Basic conditions for installation of high pressure reactor

1. high pressure reaction kettle should be placed in the room. In the equipment of multiple autoclave, should be placed separately, to ensure that the equipment site with good ventilation. Each operating room should have a direct access to the outdoor or channel exit.

2. ambient temperature: +5 ~ +40 C       relative humidity: 0 ~ 85%RH without condensation (field), do not use the SLM reactor in wet places such as the bathroom. To ensure that the instrument housing and its accessories away from the liquid.

3. voltage: 220V (+15% ~ -10), frequency: 50± 2Hz. SLM host box wire must be grounded, the grounding resistance is less than or equal to 4. If there is no special description, the power supply line ground wire, the power switch should choose action fast with leakage protection circuit breaker. Must ensure the stability of three-phase power supply, the power supply voltage must not exceed 240V. Excess voltage or leakage may result in electric shock.

4. in the installation of high pressure reactor cover, should prevent the reaction kettle kettle cover sealing surface are mutually bump.

5.SLM host should be placed vertically on the ground. Inclined placing will cause the stirring shaft is not concentric, resulting in damage to the mixing system.

Make sure your SLM

6. and its components with good ventilation: in the operation of SLM and other parts covered may block the openings, leading to SLM and its components overheating, and even the fire.

Working principle of heat conducting oil heating reactor|Working principle of heat conducting oil heating reactor

The working principle of

heat conducting oil heating is: through the interlayer of the double-layer reactor, injection temperature (high or low) solution heat or cooling liquid of the materials in the reaction kettle for heating or cooling, and can provide a stir. This equipment can carry out vacuum mixing reaction, reaction distillation, extraction separation, reaction heat experiment, we can in the jacket in tap water to the reaction heat, the material in the reactor for reaction, evaporation and reflux, and can control the reaction solution after the reaction, the material can be discharged from the discharging port of the bottom the operation is very convenient. Is a modern chemical sample, sample test, bio medicine and new materials synthesis of ideal equipment.

Advantages of high pressure reaction kettle|Advantages of high pressure reaction kettle

Advantages of high pressure reaction kettle of

ha alloy

high temperature and high pressure reactor using C-276 alloy, is a tungsten containing nickel chromium molybdenum alloy, very low silicon carbon content, ha’s C-276 alloy is considered to be a universal corrosion resistant alloy. The main resistance to wet chlorine, all kinds of oxidation chloride, chloride solution, sulfuric acid and oxidizing salt, in low temperature and medium temperature hydrochloric acid has a good corrosion resistance. In the past thirty years, in the harsh environment, such as chemical, petrochemical, flue gas desulfurization, pulp and paper, environmental protection and other industrial fields have a wide range of applications.

  physical properties of Hastelloy C-276 alloy are shown as follows:

The function and classification of the reaction vessel|The function and classification of the reaction vessel

: from the reactor pressure points: high-pressure reactor and atmospheric pressure reactor; from the material: stainless steel and glass kettle points; from the heating mode, electric heating, oil bath heating, induction heating; from stirring: magnetic stirring, magnetic stirring, stirring motor; from the lifting points, there is no ordinary lifting, lifting wheel, electric lift, lifting lifting and so on.


Study on

stainless steel reactor is widely used in petroleum, chemical, rubber, pesticide, dyestuff, pharmaceutical and food production and scientific research user experiment project, the container used to complete hydrolysis, neutralization, crystallization, distillation, evaporation, storage, hydrogenation, alkylation, polymerization, condensation, heating, mixing, constant temperature reaction process the.

reactor is an integrated reaction vessel, according to the reaction conditions, the structure function of the reactor and the design of the configuration accessories are designed. From the beginning of the feeding response – discharging to complete preset reaction steps to a higher degree of automation, control of temperature, pressure, mechanical reaction process (mixing, blast, etc.) is an important parameter of reactant / product concentration and strict regulation.