Ceramic Formulations – Metal or ceramic Injection molding is a process used for forming intricate parts in a wide variety of alloys, steels, carbides and ceramic compounds. The process begins by making a mixture of a desired metal or ceramic powder with a binding agent such as a polymer, wax or resin. The resulting mixture is usually a viscous paste at elevated temperatures that will solidify when cooled. This metal or ceramic paste is injected into a mold where it takes a desired shape before being ejected. The binder is carefully stripped off from the part, leaving a skeleton of metal or ceramic powder which is then heated to melt strong bonds between adjacent particles. The accuracy and strength of injection molded pieces rely on the quality of the molding compound mixture. If dispersion quality is poor, the resulting part could be warped, weak or not formed correctly. Mixers are highly successful at producing good dispersions with high viscosity, high density molding compounds. Heat is evenly applied to these compounds by hot oil recirculating through the jacketed mix can.

Mixing and blending are critical processes in the manufacturing or processing of materials, ranging from food and beverage products to paints and coatings. Dispersers and mixers are both essential types of equipment used in these processes, but they differ in their specific functions and design. Mixers are used to combine and blend different components, such as liquids, powders, and gasses, into a homogenous mixture. Dispersers, on the other hand, are specifically designed to disperse and break down particles, such as solids or liquids, into smaller particles and distribute them evenly throughout a liquid medium. Read More…

Production Description
It is designed on the basis of German technology,first choice of cosmetic factory which manufacture high quality products . Its spare parts adopt international famous brand, which leads to the high quality  and operational stability of the machine.

High-shear dispersion emulsifiers are efficient, fast, and uniform in that one or more phases are distributed into another continuous phase, and in general, each phase is incompatible with each other. Due to the high tangential velocity and high-frequency mechanical effect brought about by the high-speed rotation of the rotor, the material is subjected to strong mechanical and hydraulic shear, centrifugal extrusion, liquid layer friction, and impact in the narrow gap between the stator and the rotor. The combined action of tearing and turbulent flow makes the immiscible solid phase, liquid phase, and gas phase instantly and uniformly dispersed and emulsified under the combined action of the corresponding maturation process and a suitable amount of additives,High-quality products.