colloid mill machine
The calloid mill is suitable for homogenizing, mixing, emulsification, dispersion of liquids, ointment, creams, and other similar difficult to mix products.
Description:
It works on the rotor – stator principle. The complete assembly is provided with serrations for better mixing. Better mixing can also be obtained by adjusting the gap between the rotor and the stator by the handle provided. The product is subjected to a high shear action in the rotor – stator assembly due to which the particle reduction takes place. The material is then pushed out through the outlet for further process or for recirculation.
The mill is optionally provided with a cooling water jacket and a mechanical seal for leak proof operation.
Technical Specification:
* Motor : 3 HP, 2800 RPM
* Hopper Capacity : 15 Ltrs
* Final Particle Size : 10-15 Microns
Description:
It works on the rotor – stator principle. The complete assembly is provided with serrations for better mixing. Better mixing can also be obtained by adjusting the gap between the rotor and the stator by the handle provided. The product is subjected to a high shear action in the rotor – stator assembly due to which the particle reduction takes place. The material is then pushed out through the outlet for further process or for recirculation.
The mill is optionally provided with a cooling water jacket and a mechanical seal for leak proof operation.
Technical Specification:
* Motor : 3 HP, 2800 RPM
* Hopper Capacity : 15 Ltrs
* Final Particle Size : 10-15 Microns
The droplet size distribution of the emulsion is decisive to its storage stability. It also directly influences the emulsion viscosity and breaking behavior. In high bitumen content emulsions, like those used for surface dressing, bitumen at a rate of 2% or more can be saved without lowering the viscosity. For applications such as slurry surfacing finer droplets significantly improve the breaking performance.
ReplyDeleteBy controlling the particle size distribution the properties of the emulsion can be improved and optimized in relation to the local requirements and the locally available raw material. This may prove to be the critical factor between success and failure when emulsion applications are introduced in new regions or when the properties of the raw material are changing. (http://www.denimotech.com)