Ceramic powder modification equipment, coating equipment, drying equipment


Changsha Wanrong Powder Equipment "Honeycomb Mill"It is important to enhance the effect of ceramic powder materials.ToolsIt uses a series of advanced technical means to modify the surface of ceramic powder, thereby significantly improving its performance and broadening its application fields..

1.Optimization of powder surface properties

1. Improve dispersionDue to the high surface energy, ceramic powder is prone to agglomeration, which affects its dispersion in the polymer matrix. The coating modification machine treats the surface of the powder through a specific modifier to form a uniform coating layer, which effectively reduces the interaction between the powder and improves its dispersion uniformity in the matrix.

2. Improve the interface bonding forceThe coating layer formed by the modifier on the surface of the powder can enhance the interfacial bonding force between the ceramic powder and the polymer matrix, reduce the interfacial thermal resistance, and improve the overall thermal conductivity and mechanical properties of the composite material..

2.Improve thermal conductivity

1. High thermal conductivity coatingHoneycomb millModifiers with high thermal conductivity can be selected, such as some metal oxides, carbides or nitrides, and coated on the surface of the ceramic powder to form a coating layer with excellent thermal conductivity. This coating layer can effectively improve the thermal conductivity of ceramic powder, so that it has a wider application prospect in the field of high thermal conductivity materials.

2. Build a heat conduction networkAn effective thermal network can be more easily constructed by adding ceramic powder modified by coating in the polymer matrix. These networks can quickly conduct heat and improve the overall thermal conductivity of the composite material.

3. enhancementMechanical properties

1.Enhanced strength and toughnessThe coating modification machine can not only improve the dispersion of ceramic powder, but also enhance the interaction force between the powder particles through the bridging effect of the modifier, thereby improving the strength and toughness of the composite material.

2. Reduce stress concentrationThe uniform coating of the modifier on the surface of the powder can reduce the generation of stress concentration points and prevent the damage of the composite material caused by stress concentration during use.

4. improve processing performance

1. Improving mobilityBy optimizing the surface morphology and microstructure of the ceramic powder, the coating modification machine can significantly improve its fluidity and make it easier to mix and open during processing.

2. Reduce viscosityThe coating of the modifier on the surface of the powder can reduce its viscosity in the polymer matrix, improve processing efficiency and reduce production costs.

5. widely used

Honeycomb millSuitable for a variety of ceramic powder modification, such as alumina, silica, zinc oxide, etc. These modified ceramic powders can be widely used in electronics, electric power, chemical industry, radiator, ceramics and glass and other fields to prepare composite materials with excellent performance.

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