XY-80

xy 1250

XY-80

This product is manufactured using top-quality raw materials and advanced ultra-fine grinding technology, combined with a precision calcination process, which can be called the pinnacle of calcined kaolin products. It has extremely high whiteness, very low oil adsorption, excellent electrical insulation and chemical stability, and excellent nanoscale dispersion properties. It is a high-end function-enhancing filler and finisher designed for applications that require extreme performance, optical effects, and surface finishes, such as top-tier automotive coatings, high-end specialty plastics, high-end cosmetics, specialty inks, and electronic materials. It delivers exceptional performance and value to cutting-edge products.

1. Definition and Process
Ablative Kaolin 4000 mesh is an ultrafine powder (D50, about 3 microns or finer) produced using nanoscale or submicron process technology. Its manufacturing process combines precise sorting and surface treatment, making it a technology-intensive, high value-added product.

2. Core physical and chemical properties

  • Fineness: 4000 mesh (about 3.5 microns) or higher, reaching the sub-micron level.

  • White identity: extremely high, usually ≥ 95%, excellent gloss effect.

  • Oil absorption: Very low.

  • Performance characteristics: It is characterized by extremely high specific surface area, excellent transparency or concealment (depending on the application system), strong enhancement effects, and excellent rheological control.

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3. Key performance benefits

  • Ultimate performance: Provides intensification without significantly affecting transparency in clear or high-gloss systems, or strong concealment in tinted systems.

  • Superior surface quality: Enables coatings or products to achieve a mirror-like shine and smoothness.

  • Efficient rheological modification: Effectively control the thixotropy and stability of the system.

  • High functional potential: It can be used as a functional carrier for special composite materials.

4. Main application areas

  • Top industrial coatings: high-end automotive topcoats, UV-curable coatings, etc.

  • High-end specialty plastics: optical grade plastic films, high-performance composite materials.

  • Appearance: foundation, sunscreen, etc., as texture modifiers and fillers.

  • Special ink: high-precision printing ink.

  • Electronic data: high-performance thermally conductive insulation composites, electronic packaging materials, etc.

5. Use Suggested
High Shear Dispersion Equipment (e.g., high-speed homogenizers, basket mills) combined with efficient dispersant packaging is essential to overcome nanoparticle aggregation and achieve perfect diffusion. Strict formulation compatibility testing is recommended.

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