The desktop magnetic stirring reactor is a small laboratory equipment with a compact design and easy operation. It is mainly used for reaction experiments in the fields of chemistry, pharmaceuticals, biotechnology, etc. It uses magnetic coupling technology to drive the stirrer for mixing. Its core structure includes a reactor body made of chemical corrosion-resistant materials, a built-in magnetic stirrer and an external driving magnet. The internal stirrer is driven to rotate by magnetic transmission to achieve mixing of reactants. No mechanical seal is required, and it has the characteristics of no leakage, easy operation and efficient stirring.

The characteristics of the magnetic transmission device seal :

• The magnetic coupling mechanical stirring high-pressure reactor has a strong stirring ability, which can quickly and evenly mix the reaction system and promote the reaction. Secondly, due to the characteristics of magnetic coupling transmission, the rotating part in the reactor does not need to be connected to the outside, avoiding the infiltration of liquid or gas, and ensuring the purity and accuracy of the reaction.
• The magnetic coupling mechanical stirring high-pressure reactor also has the advantages of high pressure resistance and corrosion resistance. The sealing structure of the reactor can withstand work under high pressure environment, ensuring the safety and stability of the reaction process. At the same time, the material selection of the reactor is also very important. Usually, materials with strong corrosion resistance are used to prevent corrosion and damage to the reactor by chemicals.

Heating method:

            Different heating methods can be selected according to user requirements, such as steam heating, water bath circulation heating, thermal oil circulation or thermal oil electric heating and far-infrared heating. It is mainly heated by welding a jacket outside the reactor body, passing steam, water circulation, oil circulation, or directly inserting an electric heating tube into the jacket. Or directly use far-infrared electric heating, etc.

            Magnetic stirring reactors are widely used in many fields, mainly including chemical industry, pharmaceutical industry, biotechnology, food industry, materials science, environmental protection, education and scientific research, petroleum and energy, as well as cosmetics and personal care products.

Pharmaceutical industry

1. Drug synthesis: used to synthesize active ingredients and intermediates of drugs to ensure the quality and purity of drugs.
2. Preparation development: used to prepare pharmaceutical preparations, dissolving, mixing and dispersing operations.
3. Biopharmaceuticals: suitable for the production process of biological drugs, such as antibodies, vaccines and enzyme preparations.

Materials Science

1. Nanomaterials: used for the synthesis and preparation of nanomaterials, such as nanoparticles, nanotubes and nanofibers, to control particle size and distribution.
2. Composites: used for the synthesis and preparation of composite materials to ensure the uniformity and performance of materials.
3. Coatings and Adhesives: used for the preparation of coatings, adhesives and resins to control the reaction process and product performance.

Petroleum and Energy

1. Petrochemicals: used for catalytic reactions and synthesis reactions in the petrochemical process to develop new fuels and chemical products.
2. New Energy: used for the synthesis and preparation of new energy materials, such as lithium battery materials, solar cell materials and hydrogen energy materials.

Cosmetics and Personal Care Products

1. Cosmetics: used for the mixing and preparation of cosmetic ingredients to ensure the stability and safety of products.
2. Personal Care Products: used for the production of personal care products, such as shampoo, conditioner and skin care products, to control the formula and process conditions.

            In short, magnetic stirrers are widely used in many fields such as chemistry, pharmaceuticals, biotechnology, food industry, materials science, environmental protection, education and scientific research, petroleum energy and cosmetics due to their advantages such as leak-free design, efficient stirring, corrosion resistance, precise temperature control and easy operation. Its unique design and functions make it an indispensable and important equipment in laboratories and industrial production.