Dispersion Reactor

1. Mixing and Dispersing Solids into Liquids – Breaking down agglomerates and distributing solid particles uniformly in a liquid medium.

2. Emulsification – Creating stable emulsions by mixing immiscible liquids (e.g., oil and water).

3. High-speed Shearing – Reducing particle size for fine dispersions (e.g., in paints, inks, and pigments).

4. Dissolving – Accelerating the dissolution of powders or granules in solvents.

5. Homogenization – Ensuring batch consistency in products like adhesives, sealants, and cosmetics.

6. Chemical Reactions – Facilitating reactions that require intense mixing and heat transfer (e.g., polymerization, condensation, hydrolysis, neutralization, crystallization).

7. Mixing Medium-to-High Viscosity Materials – Processing thixotropic materials, including color matching.

8. Lithium Battery Industry Applications – High-shear dispersion emulsification and polymer polymerization.

9. Pharmaceutical Formulations – Emulsification and homogenization of drug formulations (including suspensions).

10. Food and Consumer Product Processing – Mixing, homogenizing food ingredients, and preparing emulsions/suspensions (e.g., detergents, soaps, personal care formulations).

11. Advanced Materials Processing – Dispersing nanomaterials, battery materials, ceramics, and advanced composites.

Packaging Methods

• Wooden Crates: Used with anti-vibration padding; export-grade/fumigated crates provide structural rigidity.

• Steel Frames / Skid-Mounted Bases: For heavy-duty or large industrial reactors; allows forklift or crane handling.

• Plastic Wrapping / Vacuum Sealing: For moisture protection.

• Desiccants: Included to prevent corrosion.

• Foam Padding / Shock-Absorbing Materials: Internal lining to prevent collision damage to the vessel surface and protect sensitive components (e.g., motors, sensors).

• Blind Plates / Sealing Caps: Used to seal flange openings against dust, moisture, and foreign particles.

• Anti-Corrosion Coatings / Oil Films: Applied on metal surfaces for protection.

• Separate Packaging for Components: Detachable parts (agitators, shafts, control panels) are packed separately, clearly labeled for reassembly. Electrical/control systems are often placed in sealed boxes.

• Labeling: Includes handling instructions (e.g., "Fragile," "Keep Upright") and lifting point marking.

• Special Packaging (if required): Explosion-proof packaging for hazardous areas; cleanroom-compatible packaging for pharmaceutical-grade systems.

Transportation Methods

• Road (Truck): For short to medium distances (≤500 km), using flatbed, enclosed trailers, or low-bed trailers for oversized/heavy reactors (>6 m or >10 tons). Air-suspension vehicles recommended; speed controlled ≤80 km/h.

• Sea Freight: For international shipping, using 20ft/40ft containers (standard for medium reactors), open-top/flat-rack containers for oversized units, or break-bulk shipping for very large industrial reactors. FCL or LCL options available.

• Rail: For long distances (>1000 km) or domestic/cross-border transport of large equipment; cost 20–40% lower than road transport.

• Air Freight: Only for small benchtop/laboratory reactors, urgent small components, or spare parts (rarely used for complete vessels due to size/weight limits).

• Inland Waterway: For coastal or riverine regions (sea freight category).