Ceramic filler mixing and modifying machine, modifying and dispersing machine, modifying and coating machine

Release time:

2025-05-12 09:09

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When traditional ceramic fillers (such as calcium carbonate, kaolin, and wollastonite) are directly mixed with organic polymer materials, the large difference in surface polarity easily leads to uneven dispersion and weak interfacial bonding, thus affecting the mechanical properties and processing efficiency of the products. Through surface modification technology, a coupling agent or functional substance can be coated on the surface of ceramic particles, significantly improving their lipophilicity, dispersibility, and interfacial compatibility with polymers, thereby enhancing the overall performance of the composite material.

Modern coating modification machines integrate mechanical, material, and automation technologies. Their core advantages include:

High-efficiency continuous production ： The equipment supports large-scale continuous operation, with high throughput, suitable for industrial production needs.

Precise control and low consumption ： It can accurately measure the amount of modifying agent used, reducing reagent consumption while ensuring the stability of the coating rate and activation index. For example, for materials with low apparent density such as fumed silica and mica powder, the activation index can reach 9 9.8% or more.

Multi-scenario adaptability ： The equipment combines modification and dispersion as well as spheronization functions It is suitable for ceramic powders of different fineness, especially for high surface area, easily agglomerated ultrafine powders (such as nano-aluminum oxide and zinc oxide). Its unique design can restore the original crystal form of the material, avoiding particle damage.

Environmental protection and intelligence ： The negative pressure operation design prevents dust leakage, ensuring a clean operating environment; the automated control system monitors process parameters (such as temperature and speed) in real time, ensuring product quality consistency.

Titanium dioxide and talc powder coated with coupling agents can improve the dispersibility and hiding power of coatings and reduce sedimentation problems. In adhesives, modified fillers can enhance interfacial bonding strength and extend product lifespan. In lithium-ion battery anode materials, coating modification machines can coat graphite particles with asphalt or resin to improve the initial charge-discharge efficiency and cycle stability of the material.

Coating modification machines give mineral powders new vitality through surface modification technology. Their high efficiency, environmental friendliness, and precision not only help companies enhance product competitiveness but also promote the deep integration of inorganic non-metallic materials and polymer industries.

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