Introduction to Conical Screw Blender
The Conical Screw Blender is an innovative model developed by Wuxi Chenli, integrating the advanced designs of several renowned European and American blending machine manufacturers. The DSH series blenders utilize a composite impeller structure with both screws and belts, achieving excellent blending results.
Compared to the VSH series of cone mixing machines, the DSH series - cone screw mixing machine features no driving components within the cylinder. With a conical vertical cylinder and bottom discharge structure, it ensures zero residue within the cylinder, meeting the ultra-high hygiene requirements for food and pharmaceutical grade (cGMP standard) mixing production. For this reason, it is also referred to as the "Cone Hygiene" mixer by customers.
This blender has been widely used across various industries, particularly favored by clients with high hygiene requirements such as food and pharmaceuticals; in addition to mixing powders with powders and powders with small amounts of liquids, it also demonstrates excellent applicability in the production of blends involving low-viscosity fluids.
Conical screw mixer features:
★ Broader Application Range:
- Suitable for powder blending and low-viscosity fluid blending.
A wide variety of agitator structures, paired with different speeds, cater to the mixing production of materials with varying characteristics, effectively enhancing production efficiency.
- Different inlet and outlet connection standard configurations meet the operational needs of various customers.
★ More hygienic models:
The tube contains no driving components, making it more suitable for material mixing that meets food, pharmaceutical grade (GMP, cGMP) requirements.
-Conical drum body with bottom discharge design ensures zero residue inside the drum.
Exquisite design for easy disassembly and cleaning.
★ Energy-saving + Efficient + Economical:
- Utilizing just half the motor power of similar horizontal-type mixers, customers can save over 50% in production costs.
The cylinder can be designed with an upright top and conical bottom structure, reducing the height of the equipment.
Superior production processes and design ensure low failure rates and low investment costs.
