1.
Suitable for high-viscosity materials (10,000-1,000,000cP), such as adhesive, sealants, resins, coatings, etc.
2.
Uniform stirring, avoiding dead corners, and improving reaction efficiency.
3.
Highly efficient heat transfer, heating/cooling control can be achieved with jackets or coils.
4.
Vacuum operation, can be used for degassing, defoaming and improving product quality.
| Compasion | Reactor | Triple Shaft Reactor |
| Mixing System | Single shaft or double shaft stirring, common forms are anchor type, frame type, paddle type. | Triple shaft stirring system, including frame type/anchor type stirring, high-speed dispersion plate,ribbon/screw stirring |
| Applicable Viscosity | Low to medium viscosity (100-50,000cP) |
Applicable to high viscosity materials (10,000-1,000,000cP) |
| Mixing Effect |
For low viscosity liquid, it is stirred evenly, but for high viscosity materials, the mixing efficiency is low |
Multi-shaft stirring acts at the same time, the dispersion is even, there is no dead corner, and it is applicable for high viscosity, high solid content systems |
| Heating / Cooling Methods | Jacket, coil heating / cooling | Jacket and coil heating, but because the spiral ribbon stirring can enhance the material flow, the heat transfer efficiency is higher |
| Applicable Process | Mainly used for solution polymerization, chemical synthesis, emulsion reaction, etc. | Applicable to processes with high viscosity, high shear, and high dispersion requirements, such as adhesives, sealants, resins, creams, etc. |
| Degassing / Defoaming Ability | Low, mainly dependent on the vacuum system | Strong degassing ability, combined with high-speed dispersion and vacuum, can effectively remove bubbles and improve product quality |