Magnetic materials: the "invisible engine" of modern technology

Magnetic materials are the core basic materials supporting high-end industries such as electronic information, new energy, and medical equipment. Their performance directly affects key technical indicators such as motor efficiency, sensor accuracy, and storage device capacity. With the rapid development of artificial intelligence, electric vehicles, and green energy, the demand for the research and development of high-performance magnetic materials has exploded.

CR02 laboratory mixing granulator can be widely used in the research and development of various magnetic materials such as ferrite, rare earth permanent magnets, and magnetic recording materials.

Key challenges of CR02 laboratory small strong mixer

Uniformity requirements

The magnetic properties of magnetic materials (such as remanence and coercive force) are highly dependent on particle size distribution and composition uniformity. Traditional mixing equipment is prone to agglomeration or segregation, resulting in unstable performance.

Purity control

Materials such as ferrite and rare earth permanent magnets are extremely sensitive to metal contamination, and equipment needs to avoid iron filings.

Bottleneck of small batch trial production

The exploration of new material formulas requires flexible adjustment of small batch processes of 1-5 liters, but industrial equipment is difficult to accurately miniaturize.

CR02 laboratory small mixing granulator's breakthrough for magnetic materials

In response to the above pain points, CR02 laboratory small mixing granulator enables magnetic material research and development through three major innovations:

Gradient mixing technology

Using three-dimensional eddy current + shear force composite motion to ensure that nano-scale powders (such as NdFeB, FeSiAl) achieve more than 99.5% uniformity of composition, and ensure the consistency of magnetic properties from the source.

All-ceramic process cavity

The core contact parts are made of zirconia ceramic material, which completely eliminates metal pollution and meets the stringent purity requirements of rare earth permanent magnet materials.

Intelligent granulation closed-loop system

►Real-time monitoring: Laser particle size analyzer online feedback particle size

►Dynamic adjustment: Automatic optimization of adhesive spray volume and stirring speed

►One-click reproduction: Save successful process parameters to solve the problem of laboratory data repeatability

CR02 laboratory mixing granulator is launched, with a capacity of 5 liters specializing in magnetic material research and development

In the scientific research competition for higher performance magnetic materials, a key equipment tailored for laboratory environment-CR02 laboratory mixing granulator is officially launched on the market. Its precise 5-liter capacity design and flexible granulation range from 1.5 to 5 liters will significantly improve the efficiency and controllability of magnetic material research and development and trial production.