For example: mixing, granulating, coating, kneading, dispersing, dissolving, defibrating, etc.

Granulator application industry
ceramics
Molding materials, molecular sieves, proppants, varistor materials, dental materials, ceramic tools, abrasive materials, oxide ceramics, grinding balls, ferrites, etc.

building materials
Porous media of bricks, expanded clay, perlite, etc., refractory ceramsite, clay ceramsite, shale ceramsite, ceramsite filter material, ceramsite brick, ceramsite concrete, etc.

Glass
Glass powder, carbon, leaded glass frit, waste glass slag, etc.

metallurgy
Zinc and lead ore, alumina, carborundum, iron ore, etc.

chemical
Slaked lime, dolomite, phosphate fertilizers, peat fertilizers, mineral materials, sugar beet seeds, fertilizers, phosphate fertilizers, carbon black, etc.

Environmental friendly
Cement filter dust, fly ash, sludge, dust, lead oxide, fly ash, slag, dust, etc.

Carbon black, metal powder, zirconia

Working Principle & Core Technology

CO-NELE laboratory intensive mixer is a high-shear forced mixing system for laboratory R&D, batch testing and pilot scale-up. It delivers 3D circulating mixing to homogenize, knead, disperse and granulate dry, semi-dry, plastic and high-viscosity pasty materials with zero dead mixing zones.
As a reliable laboratory intensive mixer for scale up, it supports linear and repeatable data migration from lab trials to industrial production. All mixing parameters including speed, time and material ratio can be directly applied to mass production lines, minimizing R&D costs and shortening material iteration cycles. It serves as a professional pilot to production mixing machine for research institutes and manufacturing enterprises.
Equipped with precision paddles and high-torque drive, this high shear lab kneader eliminates material segregation and uneven granulation, ensuring consistent mixing quality for small-batch formula tests.

Technical Parameters & Performance Features

CR & CRV Series Model Selection