High pressure batch reactor is a high pressure reaction vessel made of stainless steel. It has high pressure resistance, can withstand high pressure, and has excellent corrosion resistance, and can resist the erosion of various chemical substances.
In addition, stainless steel autoclaves usually have a temperature control function, which can precisely control the reaction temperature. This helps to achieve the desired reaction rate, product selectivity, and other temperature-dependent reaction conditions.
Stainless steel autoclave is widely used in laboratory research, chemical engineering, pharmaceutical manufacturing, food processing and other fields. It is mainly used for chemical reactions, catalytic reactions, synthetic reactions and other high-pressure experiments under high pressure conditions.
Types Of High Pressure Batch Reactors
There are many types of High pressure batch reactors, the common ones include the following:
FCF high pressure batch reactor:
FCF autoclave reactor is a vessel used for high pressure and high temperature reactions in chemistry and materials science. An autoclave typically consists of a cylindrical chamber made of a strong, corrosion-resistant material such as stainless steel, with a sealing mechanism to prevent the escape of reactants or products. It is a closed system designed to withstand high pressure up to 22Mpa and high temperature up to 350°C.
Capacity (L): 0.1—100
Pressure (MPa): 22
Material: 304L/316L

CJF high pressure batch reactor:
CJF High Pressure Stirred Reactor is a container used for high pressure and high temperature reactions in chemistry and material science. An autoclave typically consists of a cylindrical chamber made of a strong, corrosion-resistant material such as stainless steel, with a sealing mechanism to prevent the escape of reactants or products. It is a closed system designed to withstand high pressure up to 22Mpa and high temperature up to 350°C.
Capacity (L): 5—30
Pressure (MPa): 22
Material: 304L/316L

TGYF high pressure batch reactor:
TGYF autoclave reactor is a reactor designed to operate under high pressure and high temperature conditions. Autoclaves are used in many industries such as chemistry, pharmaceuticals, and materials science to perform chemical reactions, material synthesis, and material testing under high pressure and high temperature conditions. It is designed with high-quality stainless steel inner cavity and equipped with temperature and pressure control system.
Capacity (L): 0.05—0.5
Pressure (MPa): 22
Material: 304L/316L

CF high pressure batch reactor:
CF high-pressure laboratory reactor is a simple high-pressure reactor produced according to the functional characteristics of high-pressure reactors according to customer requirements. It can be placed in electric blast drying oven, constant temperature oil/water bath, low temperature tank and other environments. It is made of stainless steel. Computer communication terminals can be configured, and the volume can be customized according to customer needs.
Capacity (L): 0.025—20
Pressure (MPa): 22
Material: 304L/316L

The Difference Between Different Types Of Autoclave:
Structure
CF high pressure batch reactor usually adopts a simple structure design, consisting of a sealed container and a sealed cover. Its structure is relatively simple, and it is usually used for some basic high-pressure experiments or small-scale research applications, without complicated temperature control, stirring and safety functions.
TGYF high pressure batch reactor:
Stainless steel desktop magnetic stirring high pressure batch reactor is made of stainless steel, usually with more complex structure and function. It usually includes a sealed container, a sealed cover, a stirring device and a temperature control system, with adjustable stirring speed and temperature control functions, and can be used for more complex chemical reactions and experiments.
Stirring function:
CF high pressure batch reactor:
A CF high pressure batch reactor may not have a dedicated stirring function. In some cases, the user may need to stir manually or use other external stirring devices.
TGYF high pressure batch reactor:
TGYF high pressure batch reactor is usually equipped with a magnetic stirrer. The stirrer puts a magnet on the bottom of the container, and uses magnetic force to drive the stirring bar to rotate in the container from the outside, so as to realize the stirring and mixing of the liquid.
Application Of High Pressure Batch Reactor
Chemical synthesis:
High pressure batch reactor is widely used in organic synthesis and inorganic synthesis reactions. They can be used in the preparation of synthetic drugs, dyes, perfumes, polymers and other chemical substances.
Catalytic reaction:
High pressure batch reactor can be used for catalytic reactions, such as catalytic hydrogenation, catalytic oxidation, catalytic cracking, etc. These reactions can be used in petrochemical, environmental technology and energy fields.
High pressure oxidation:
High pressure batch reactor can be used for high pressure oxidation reactions, such as oxidation decomposition, redox, hydrolysis, etc. These reactions can be used in wastewater treatment, organic waste treatment, and environmental protection.
High pressure polymerization:
High pressure batch reactor can be used for high pressure polymerization, such as the synthesis and modification of polymers. These reactions can be used in the fields of plastics industry, rubber industry and materials science.
High temperature and high pressure experiments:
High pressure batch reactor can be used for high temperature and high pressure experiments, such as high temperature and high pressure phase transition, thermodynamic properties research and material testing under high pressure.
Food processing:
High pressure batch reactor can be used in the field of food processing, such as high pressure sterilization, high pressure extraction and high pressure processing. These applications help maintain the quality and extend shelf life of food products.