On the road of scientific research and technological innovation, every experiment in the laboratory is crucial. The success of the experiment often depends on the accuracy of the experimental equipment and technology. CONELE small laboratory intensive mixer has solved the mixing problem for many customers.
The small laboratory intensive mixer, with its unique inclined design (also known as inclined intensive mixer), realizes efficient mixing of materials during the mixing process. This design makes the material subject to multiple shear forces and centrifugal forces in the mixing barrel, thereby ensuring the uniformity and accuracy of the mixing. In many fields such as lithium batteries, electromagnetic ferrites, refractory materials, glass, ceramics, chemicals, foundry sand, compound fertilizers, etc., it can provide your experiments with stable and reliable mixing effects.
CO-NELE intensive mixer for refractory materials provides high-intensity mixing for magnesia, alumina, silicon carbide, mullite and refractory formulations, delivering uniform mixing and efficient production.
The CO-NELE metal powder granulator features an integrated mixing and granulation design that utilizes 3D turbulent flow technology to consolidate processing steps, resulting in a significant boost in efficiency and guaranteed product quality.
As we approach 2026, the mixing and granulation machine industry is poised for structural growth. Driven by downstream demand in sectors such as AI, electric vehicles, and semiconductors, the advanced ceramics industry is rapidly upgrading; CO-NELE Machin
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