Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

BASF ASP101 Hydrous Kaolin

BASF ASP101 Hydrous Kaolin is a high-purity, surface-modified hydrous kaolin clay from BASF’s ASP series, engineered for enhanced rheology control, opacity, and dispersion in water-based coatings, inks, and adhesives—delivering superior brightness, consistent particle size distribution, and improved suspension stability without agglomeration.
  • basf asp101 hydrous kaolin_5459c99a
  • basf asp101 hydrous kaolin_5459c99a

Features Of BASF ASP101 Hydrous Kaolin

  1. Highly purified natural hydrous kaolin with consistent particle size distribution for optimal rheology control.

  2. Low abrasivity and excellent chemical inertness, ensuring compatibility with sensitive polymer and coating systems.

  3. Enhanced brightness (ISO 2470) and whiteness for improved aesthetic performance in pigmented formulations.

  4. Optimized surface chemistry for strong dispersion stability in aqueous and solvent-based systems.

  5. Low conductivity and minimal soluble salts, supporting high-purity requirements in electronics-grade applications.

Typical Applications Of BASF ASP101 Hydrous Kaolin

  1. Water-based architectural and industrial coatings for opacity, sheen control, and sag resistance.

  2. Plastic masterbatches and thermoplastic compounds to improve dimensional stability and surface finish.

  3. Specialty paper coatings for enhanced printability, smoothness, and ink receptivity.

  4. Adhesives and sealants requiring controlled viscosity and filler reinforcement without compromising clarity.

  5. Electronics encapsulants and potting compounds where low ionic contamination is critical.

Specifications Of BASF ASP101 Hydrous Kaolin

Chemical TypeNatural hydrous aluminum silicate (Kaolinite)
Product FormFine white powder, free-flowing
AppearanceWhite, odorless, non-toxic powder
Brightness (ISO 2470)≥ 92%
Loss on Ignition (LOI, 1000 °C)13–15%
pH (10% suspension in water)6.5–7.5
Moisture Content (105 °C)≤ 7.0%
Particle Size (D50)1.8–2.2 µm


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