Batch high shear agitator is widely used in multiple industries for its high efficiency agitation, refining and homogeneity. Core applicable industries and typical application scenarios are as follows:
1.Food industry
Application scenarios: Dairy products (yogurt, cheese homogenization), condiments (compound seasonings, soy sauce refinement), beverages (juice degassing, suspension stabilization), baking and confectionery (dough mixing, syrup homogenization), meat processing (emulsified meat paste preparation), infant formula food (nutrient homogenization).
Technical advantages: meet GMP and food safety standards, support the processing of high-viscosity materials such as peanut butter and chocolate paste, and some models come with a vacuum functions to prevent oxidation.
2.Chemical industry
Application scenarios: Adhesives (epoxy resin, polyurethane dispersion), paints (pigment grinding, emulsion preparation), pesticides (pesticide suspension, herbicide emulsification), household chemicals (shampoo, toothpaste emulsification).
Technical advantages: nano-scale granularity control (e.g., 1-10 microns) is achieved through multi-stage shearing heads, support for processing of materials with high solid content (up to 90% solid content), and some models are equipped with blast-proof motors to accommodate flammable, explosion-prone environments.
3.Pharmaceutical industry
Application scenarios: Ointment preparation (hormone-based ointments, antibiotic ointment), suspension homogenization (herbal extract, nanomedicine carriers), cell disruption (cell lysis in biopharmaceuticals).
Technical advantages: aseptic hygiene standards are met, sensitive materials are supported to be treated in cold or vacuum conditions, and some models are equipped with heating/cooling functions to control reaction temperature.
4. Plastic industry
Application scenarios: Plastic modification (filling of chromophore, dispersion of chromophore), rubber desulfurization (production of recycled rubber), resin coloring (polypropylene and polyethylene granules dyeing).
Technical advantages: high-viscosity materials (such as silicone rubber and thermoplastic elastomers) can be handled, supporting the overall drying and mixing of hygroscopic resins.
5. Energy and materials industry
Application scenarios: Battery materials (preparation of positive and negative slurry for lithium ion batteries), carbon powder/metal powder treatment (dispersion of conductive slurries), mineral processing (emulsification of ore flotation reagents).
Technological breakthrough: The Cyclomix High shear impact Mixer uses a combination of high shear force and high impact to achieve rapid agglomeration and drying of the viscous powder, reducing cycle time to between 30 seconds and 5 minutes.
6. Environment and recycling industry
Application scenarios: Wastewater treatment (flocculant dispersion), sludge drying (high shear dehydration), solvent recovery (waste liquid emulsification and demulsification).
Technical features: Some models support continuous production with a processing capacity of up to 10,000 kg at a time, suitable for large-scale industrial applications.
Industry Choice Recommendations
High-viscosity materials: Choose conical mixing chamber designs (such as Cyclomix) or a model with a forced mixer to improve material fluidity.
Sensitive material: Select equipment with temperature control, vacuum function or low temperature treatment ability to prevent degradation of thermal components.
Mass production: on-line high shear blender can run continuously and is suitable for integration with existing production lines to improve production efficiency.
