1. The single screw agitator HS101 is suitable for high viscosity (>100000pp) fluids, usually operated in laminar flow, close to the wall, with a high heat transfer coefficient, and is also suitable for surface renewal; The width and pitch of the screw can be adjusted to meet different needs.
To prevent mixing dead zones at the elliptical or conical bottom of containers, ribbon mixers are often used in conjunction with anchor mixers.
2. The HS201 double helix agitator is generally considered the preferred impeller for high viscosity, with high mixing efficiency in wall mounted agitators, and is also suitable for heat transfer and solid-liquid mixing on liquid surfaces; The width and pitch of the screw can be adjusted to meet different needs.
3. The HS201B, a new type of wide viscosity fluid agitator developed by combining the characteristics of paddle agitator and ribbon agitator, operates similarly to a paddle agitator at lower viscosities and a ribbon agitator at higher viscosities.
4. The HS202 internal and external single helix agitator is suitable for high viscosity fluids (>100000pp), operating in laminar flow with slightly longer mixing time than double helix. The direction of the inner helix is opposite to that of the outer helix. When the outer helix pushes the material upwards, the inner helix can pull the surface fluid downwards, achieving the circulation function inside the kettle; The heat transfer coefficient is also slightly smaller than that of a double helix stirrer.
5. Spiral Belt Screw Blender HS301
Axial flow propeller, suitable for mixing, heat transfer, and reaction of high viscosity and high solid content materials.
Features: low shear, strong cycling ability, ultra-low speed operation, high energy consumption.
6. Cone shaped ribbon screw mixer HS301T, similar to HS mixer, is suitable for conical containers and ensures smooth discharge of materials.
7. The HS401B internal and external broken screw belt agitator is particularly suitable for shear thinning power-law fluids, with a large diameter design and an operating viscosity range of 25000~75000 cp, with a rheological index of 0.1~0.5 for the operating fluid