HOME
ABOUTS
Overview
History
Faclities
Certificates
News
PRODUCTS
Lab Pressure Reactors
Non-stirred pressure reactors
Bench top reactor, 50ml-1liters
Stirred pressure autoclaves,100ml-5liters
Stirred reactors with lift & tilt,100ml-5liters
Lifting stirred reactors,5-50 liters
Accessories for pressure reactors
Reaction System
Pilot Reactors
Gas Induction Reactors
Industrial Reactors
Chemical Reactors
Non Ferrous Metal Reactors
Special Application Reactors
Magnetic Coupling Drives
Agitator & Impeller
Pressure Vessels
Heat Exchanger
Mixing Tank
Extraction & Distillation
Extraction system
Thin film/Wiped film evaporator
APPLICATIONS
Chemicals
Fine Chemicals
Dyes & Intermediates
Food Products
Pharmaceutical
Hydrometallurgy
Petrochemical
SOLUTIONS
Gas Induction Reaction
Magnetic Drive Technology
Hydrogenation
Polymerization
Crystallization
Explosion Clad Steel Plate
Exotic Metal Equipment
CONTACT
China
homogenizer
Industry news
Corporate news
Knowledge
Lab pressure reactor
Alloy 904L Reactor
Reaction vessel
Limpet coil reactor
Apr 26,2023
Hydrothermal Synthesis Reactor: A Breakthrough in Material Synthesis
Hydrothermal synthesis reactor is a revolutionary technology that has transformed the way materials are synthesized. This breakthrough technology has opened up new possibilities in the field of material science, leading to the development of new materials with advanced properties and functionalities. What is Hydrothermal Synthesis Reactor? A hydrothermal synthesis reactor is a specialized high-pre
Exploring the Hydrothermal Synthesis Reactor: A Revolutionary Tool in Life Science Instrumentation
H1: What is a Hydrothermal Synthesis Reactor? H2: The Science Behind Hydrothermal Synthesis Reactors H3: Applications in Life Science Instrumentation H4: Advantages and Limitations of Hydrothermal Synthesis Reactors The hydrothermal synthesis reactor is a revolutionary tool in the field of life science instrumentation. Utilizing high pressure and temperature conditions, this device is capable of s
Do you know how the Stirred pressure reactor work?
What factors should be considered when choosing Stirred pressure reactor?The main factor to consider is the power output of the reactor – power output will be the most important factor in choosing a pressure most common reactor types are those that have a small reactor with a high power output and a large reactor with a low power output. For example, a steam generator with a power output of 100W
What factors should be considered when choosing Stirred pressure reactor?
What factors should be considered when choosing Stirred pressure reactor?There are three main factors that should be considered when choosing a pressure reactor. They are: cost, safety, and long life. In this article, we will look at the cost of a pressure of a pressure reactorTo calculate how much it costs to build a pressure reactor, we can divide the cost of construction into three categories:
Why choose Stirred pressure reactor?
What are the advantages of Stirred pressure reactor?It has advantages, but it would be better to use other reactor addition to the advantages of being able to use reactor technology with the smallest or smallest diameter reactor, we can also use this technology to produce the best quality of high-quality fuel (for example, water-cooled reactors).However, we cannot use conventional power generatio
What are the advantages of Stirred pressure reactor?
What are the advantages of ?Spirred pressure reactor is easy to understand, but it has many disadvantages. The main disadvantages are as follows:It takes a lot of space and takes a lot of time to produces very high temperature and pressure at the same needs a lot of power to requires lots of cooling are many disadvantages of pressure reactor, but the main ones are:It is hard to heat is hard
Apr 25,2023
Laboratory Pressure Reactor: The Key to Unlocking Chemical Reactions
As a chemist, you know that pressure plays a crucial role in many chemical reactions. By controlling the pressure of a reaction, you can alter the rate, yield, and selectivity of the products. However, achieving the desired pressure conditions can be challenging, especially when working with hazardous or sensitive materials. This is where a laboratory pressure reactor comes in. Designed to safely
Maximizing the Use of Laboratory Pressure Reactor in Life Science Research
H1: Understanding the Applications of Laboratory Pressure Reactors in Life Science Research Laboratory pressure reactors are widely used in life science research for various applications, including chemosynthesis, organic synthesis, and polymer synthesis. It provides researchers with a controlled environment to conduct experiments under high pressure and temperature conditions. In this section, we
Laboratory Pressure Reactor: The Key to Successful Chemical Experiments
The pressure reactor is an essential instrument used in laboratories for various chemical experiments. It is used to create a specific environment for chemical reactions by providing controlled pressure and temperature. This device can handle a wide range of reactions, from simple to complex, making it an invaluable tool for chemists. Features of a Laboratory Pressure Reactor A laboratory pressure
What are the types of Stirred pressure reactor?
What are the main application areas of Stirred pressure reactor?The main application areas are:1. Nuclear fuel fabrication and reprocessing – To produce nuclear fuel for use in Nuclear power plant – To produce electricity, heat and steam from nuclear power Nuclear waste disposal – To dispose of spent nuclear fuel and other waste in a safe and secure To produce purified water for use in drinking