
C - Universal grinder
A rotating grinding assembly reduces the feed through mechanical impact and friction. A screen determines the discharged fraction for compatible materials.

A rotating grinding assembly reduces the feed through mechanical impact and friction. A screen determines the discharged fraction for compatible materials.

The mixing barrel rotates and swings to distribute powder or granulated feed. Combined motion promotes mixing without a separate internal high-speed stirring tool.

Fluidized material is sprayed with a binding liquid to form granules. Granulation and drying are combined in one chamber; coating configurations are described for suitable products.

Material is crushed by compression between fixed and moving jaws. Feed opening and operating conditions are selected for the feedstock and required discharge size.

Liquid feeds are atomized by a high-speed centrifugal disc and dried in a hot-air stream. The system converts solutions, emulsions and suspensions into powder, with downstream powder collection.

A pressure-filtration arrangement separates liquid from a solids-bearing feed. A lifting structure supports process access and handling; configuration depends on the slurry and separation duty.

A turbine-pin grinding system shears and disperses material using grinding beads. The catalog describes cooled seals, a separation system and ceramic or polymer grinding-chamber options for wet fine grinding.

An agitator drives grinding media to create impact, shear and grinding action. The arrangement supports fine comminution, with grinding media and lining selected for the material.

Vacuum suction transfers powders and granules through an enclosed pipeline. The system uses a pressure difference to create transport airflow and separates the conveyed material at the receiver.

A motor-driven high-speed disc converts liquid feed into droplets for spray drying. The atomizing disc, spindle and drive configuration determine the operation of the spray system.

Mechanical forces attach fine particles to larger host particles for dry particle coating and surface modification. The process also supports powder mixing and particle-shape adjustment.