SF High Effect Grinding And Crushing Machine (set) Grinder Machine (30B)

                                    SF Model High Effective and Universal Grinder/Crusher

Application:

1. This machine is suitable for the material crushing by the industries of pharmaceutics, chemical and foodstuff etc. cosmetics, pesticides,dyes, resins, shell materials and other materials

2. high efficiency mill by the host, auxiliary equipment, electronic control of three components, compact design, reasonable structure. Grinder built with hierarchical institution, the crushing and grading once. Thermal vacuum conveying the grinding mill machine when operating cavity produced a steady stream discharge, it is also adapted to the crushing heat-sensitive materials.

3. This  grinder to adapt a wide range of highly efficient, continuous production process, the particle size is adjustable; capable of handling such as: crushing and classification of chemical products, food, cosmetics, dyes, resins, shell materials and other materials.

4. The grinder set consists of grinder, EXC collector of raw material and ESC collective duster. It solves the problem, i.e. the dust is flying during the period of crushing raw material.

5.The principle of work is as follows: after raw material is fed into the crushing chamber, it undertakes the comprehensive actions such impacted by teeth, shearing force, friction force, impacted between raw materials, finally the raw materials are crushed. Through sieving. The needed powder can be got.

6.The grinder, collector of raw material and ESC collective duster are all made of stainless steel and are in conformity with the requirements of GMP.

7. The relative motion of the machine and stationary use activities chainring teeth interrogations that was crushed by the impact of the teeth or hammer type, the combined effects of friction and physical shock each other to get crushed. The machine structure is simple, robust, stable operation, good crushing effect, crushed material can be discharged directly from the grinding chamber, the particle size by changing different aperture sieve to obtain.

2.Technical Parameters：

3. Sample: