Guangdong Yuanlin New Materials Co., Ltd
Contact person: Mr. Gu
Mobile phone:13826960299
Contact person: Li Yongfeng
Mobile phone:18128036097
Telephone:0769-88319157
Fax:0769-88319159
E-mail:gogothomas421@gmail.com
Address:No. 10, Shangye Road, Changping Village, Daojiao Town, Dongguan City
Pure kaolin has high fineness, soft texture, easy dispersion and floating in water, excellent ductility and high adhesion, and high-quality insulation performance; It has excellent acid suppression and solubility, low cation exchange capacity, good flame retardancy, and other physical and chemical properties.
The common raw material in the field of coatings is polyethylene wax, which is expensive and easily causes organic chemical pollutants. Replacing polyethylene wax with pure natural mineral kaolin with stable physical properties can control costs and appropriately reduce environmental pollution.
Analysis of Characteristics and Regulations
1. Because its hexagonal molecular structure has high refractive index, it further improves the paint adhesion of the film and reflects excellent color plasticity
The flat characteristics of kaolin can provide an excellent balance between the flowability and leveling properties of the coating. Flat particles also tend to be arranged parallel to the surface of the paint layer, which can reasonably block the infiltration of water, improve the scrub resistance and stain resistance of the coating film. For sticky paint layers, flat particles can improve the compressive strength and viscosity of the coating
3. It has water absorption, making it easy to disperse, with low particle density and excellent floatation performance
4. It has a wide range of small colloidal particles, tends to keep the viscosity of the paint unchanged, and can give the required Thixotropy and Compressibility (high shear high flow and low shear low flow), so the film is relatively plump, and can improve the decolorization and graininess of the color paste
5. Organic chemistry has strong plasticity, small crystal optical axis angle, and an improved order of crystal form sorting, which will significantly improve the coating's ability to shield against ultraviolet light.