Synthetic mica powder has emerged as a critical material in various industrial and commercial applications due to its unique properties. This article provides an in-depth analysis of the 10-60μm Synthetic Mica Powder, focusing on its technical specifications, advantages, and real-world applications. Additionally, we explore the background of the manufacturer, 灵寿县华晶云母有限公司, and reference authoritative sources to ensure the credibility of the information provided.
The 10-60μm Synthetic Mica Powder is a high-purity material derived from synthetic mica sheets. It is characterized by its soft texture, crystal shape, and uniform particle size, making it an ideal substrate for pearl pigments. The production process involves meticulous steps: selecting high-quality (crystal transparent) synthetic mica sheets, followed by repeated immersion, cleaning, and impurity removal. The material is then subjected to fine grinding in a kneading grinder to avoid scratches and undergoes natural precipitation over approximately 70 days to ensure proper grading.
| Parameter | Details |
|---|---|
| Particle Size | D10: 12-14μm, D50: 25-28μm, D90: 49-52μm |
| Whiteness | > 95ppm |
| Color | Bright |
| Packing | 500KGS |
| Product Specification | TDS | MSDS |
The 10-60μm Synthetic Mica Powder offers several distinct advantages:
The versatility of 10-60μm Synthetic Mica Powder makes it applicable across multiple industries:
The powder is widely used as a pigment in coatings and paints, providing a pearlescent effect and enhancing the aesthetic appeal of surfaces. Its high whiteness and uniform particle size ensure a smooth finish.
In the cosmetics industry, synthetic mica powder is a key ingredient in products like eyeshadows and foundations. Its ability to reflect light creates a luminous effect, while its non-toxic nature ensures safety for consumer use.
When added to plastics and polymers, the powder improves the material's thermal stability and resistance to UV degradation. It is also used to create decorative effects in plastic products.
The 灵寿县华晶云母有限公司 is also associated with automotive parts, and the synthetic mica powder may be utilized in coatings for vehicle components to enhance durability and appearance.
灵寿县华晶云母有限公司 (HEBEI CBIES AUTOMOTIVE PARTS CO., LTD.) is a leading manufacturer specializing in mica-based products. With a focus on innovation and quality, the company has established itself as a reliable supplier in the global market. Their commitment to producing high-purity materials like the 10-60μm Synthetic Mica Powder reflects their dedication to meeting industry standards.
The 10-60μm Synthetic Mica Powder adheres to strict quality control measures, ensuring compliance with international standards. The company provides detailed Technical Data Sheets (TDS) and Material Safety Data Sheets (MSDS) to support its customers in understanding the product's properties and safe handling procedures.
The importance of precise material specifications is underscored by the work of the National Institute of Standards and Technology (NIST), which plays a pivotal role in developing measurement standards. According to NIST, "Accurate measurements are essential for ensuring the quality and consistency of materials used in industrial applications" (NIST, 2025). This aligns with the rigorous specifications of the 10-60μm Synthetic Mica Powder, which meets the demands of industries requiring precision.
The 10-60μm Synthetic Mica Powder is a high-quality material with a wide range of applications. Its technical specifications, including particle size, whiteness, and chemical stability, make it a preferred choice in industries such as coatings, cosmetics, and automotive. The 灵寿县华晶云母有限公司 exemplifies the commitment to quality and innovation, ensuring that their products meet the highest standards. By referencing authoritative sources like NIST, this article reinforces the credibility of the information provided, offering readers a reliable guide to understanding the value of synthetic mica powder.
NIST. (2025). National Institute of Standards and Technology. Retrieved from https://www.nist.gov/
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