Nanopowder Modifier
The nano-powder modification machine is a continuous powder modification, film-forming, and spheroidizing treatment equipment designed and manufactured by Jienasi for industrial-grade applications. It is used in industries such as non-metallic mineral fillers, polymer-based composite materials, and high-performance coatings. After modification and coating treatment, minerals can not only significantly improve the compatibility between inorganic mineral fillers and organic polymer materials, enhance interfacial bonding strength, and increase the mechanical strength and overall performance of the material, but also greatly increase the filling amount of the powder, thereby reducing production costs.

The nano-powder modification machine is a continuous powder modification, film-forming, and spheroidizing treatment equipment designed and manufactured by Jienasi for industrial-grade applications. It is used in industries such as non-metallic mineral fillers, polymer-based composite materials, and high-performance coatings. After modification and coating treatment, minerals can not only significantly improve the compatibility between inorganic mineral fillers and organic polymer materials, enhance interfacial bonding strength, and increase the mechanical strength and overall performance of the material, but also greatly increase the filling amount of the powder, thereby reducing production costs.

Equipment Composition:

Feed hopper: Material enters the hopper from the storage bin, and the moisture content of the material should be less than0.5%。

Feeding device: adopts twin-screw feeding with adjustable speed, ensuring the stability of material flow.

Additive System: Temperature controllable, allowing arbitrary setting of the additive temperature, suitable for various solid and liquid forms of modified additives.

Modified Main Unit: The modified main unit consists of three triangularly arranged modification cylinders, featuring a compact structure, high modification efficiency, and reliable operation.

Cyclone Dust Collector: Collects the modified powder.

Pulse-jet baghouse dust collector: It has many advantages such as a small footprint, large filtration area, high dust removal efficiency, and easy cleaning.

Equipment Features:

1) Continuous production mode, with high processing capacity, suitable for industrial production of various scales.

2) High utilization rate of the modifier, small dosage, high powder coating rate, and low energy consumption per unit output.

3Wide adaptability, suitable for powders of various fineness levels.

4The powder and modifier are mixed in a high-speed vortex airflow, achieving high modification efficiency without damaging the original structure of the powder.

Particle shape;

5) It possesses both modification and depolymerization functions, offering better modification effects for nano-powders that are prone to agglomeration.

6) The material operates under negative pressure, ensuring good sealing, no dust leakage, and no environmental pollution.

7) Heating and cooling are completed in one machine, with a high degree of automation, simple operation, and low labor intensity.

8) Independent solid-liquid modifier addition system, continuous, stable, and uniform.

Application Areas:

Almost applicable to all powder modifications, such asHeavy and light calcium carbonate, various types of kaolin, talc, wollastonite, quartz powder, mica, white carbon black, titanium dioxide, zinc oxide, aluminum oxide, magnesium hydroxide, barium sulfate, illite, pyrophyllite, tremolite, etc.

Device Parameters: