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In what fields are laboratory three-dimensional mixers used?
Release time:
Aug 18,2025
The laboratory three-dimensional mixer is widely used in chemical industry, food, medicine, material science and other fields due to its high efficiency and uniform mixing effect. The details are as follows:
Chemical Industry
Catalyst Preparation: Catalyst production requires uniform mixing of various active ingredients and carrier materials. A three-dimensional mixer ensures full contact and even distribution of all ingredients, thereby enhancing catalyst activity and stability and ensuring efficient catalytic reactions.
Plastic Masterbatch Production: During the plastic masterbatch manufacturing process, a three-dimensional mixer thoroughly mixes pigments, additives, and plastic particles, ensuring uniform color and stable performance, ensuring quality for subsequent plastic product production.
Rubber Mixing: In rubber processing, a three-dimensional mixer is used to mix raw rubber with various compounding agents, such as vulcanizers, accelerators, and fillers, to achieve excellent physical and processing properties.
Pharmaceutical Field
Solid Dosage Production: In the production of solid dosage forms such as tablets and capsules, three-dimensional mixers are used to uniformly mix active pharmaceutical ingredients with excipients such as starch, dextrin, and lubricants, ensuring accurate and consistent dosage, thereby ensuring the efficacy and quality of the drug.
Traditional Chinese Medicine Preparation Production: In the production of traditional Chinese medicine pills, powders, and other preparations, three-dimensional mixers can thoroughly mix herbal powders with other excipients, ensuring uniform and stable efficacy, thereby improving the quality and clinical efficacy of traditional Chinese medicine products.
Materials Science
Ceramic Material Preparation: In ceramic material production, 3D mixers can evenly mix ceramic powders and additives, producing high-quality green bodies for subsequent molding and sintering processes. This helps improve the performance and quality of ceramic materials, such as in the production of high-performance alumina ceramics and silicon nitride ceramics.
Composite Material Preparation: In composite material production, 3D mixers are used to evenly mix reinforcing materials such as fibers and particles of different materials with matrix materials, imparting excellent mechanical properties and stability to the composites. This is evident in the production of carbon fiber and glass fiber composites.
Battery Material Production: In battery electrode material production, 3D mixers can evenly mix active materials, conductive agents, and binders, improving the performance and consistency of battery electrodes and boosting battery performance indicators such as charge and discharge efficiency and cycle life.
Other Fields
Cosmetics Production: In cosmetics production, three-dimensional mixers can be used to evenly blend various cosmetic raw materials such as oils, waxes, powders, and fragrances, ensuring uniform texture and color, and improving product stability and effectiveness.
Pesticide Production: In pesticide production, three-dimensional mixers can evenly blend pesticide technical with adjuvants and fillers to produce various formulations, such as wettable powders and suspension concentrates, ensuring efficacy and safety.
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