Understanding the fundamental chemistry of inorganic compounds is crucial for industrial buyers seeking to optimize their product formulations and manufacturing processes. Calcium Borate (CAS 13701-64-9) is a chemical with a rich profile of properties that lend themselves to a surprisingly diverse range of applications. As a dedicated supplier of these essential materials, we aim to provide industrial buyers with the knowledge they need to make informed purchasing decisions.

At its core, Calcium Borate is a salt formed from calcium and boric acid. Its molecular formula, B2Ca3O6, indicates a compound rich in boron and calcium, elements that impart specific functionalities. Typically appearing as white crystals, it is known to exist in various hydrated forms, each with slightly different properties. Its solubility in water and dilute acids, alongside an alkaline aqueous solution, makes it a versatile reactant and additive. For industrial buyers, understanding these chemical characteristics is the first step in identifying its potential benefits for their specific needs.

The most prominent application of Calcium Borate is its role as a crucial raw material in the production of alkali-free glass. This type of glass is sought after for its superior thermal shock resistance, low coefficient of thermal expansion, and excellent chemical stability, making it ideal for laboratory equipment, cookware, and high-end optics. When manufacturers look to buy Calcium Borate for this application, they are seeking a supplier that can consistently deliver a high-purity product to ensure the integrity of the final glass matrix.

Beyond the glass industry, Calcium Borate serves as a valuable additive in anti-rust coatings. Its inherent properties contribute to inhibiting corrosion on metal surfaces, thereby enhancing the durability and lifespan of painted or coated items. Industrial buyers in the coatings sector often inquire about the performance benefits and the Calcium Borate price point when evaluating this compound as a protective additive.

Furthermore, Calcium Borate is recognized for its contributions to flame retardant systems. When incorporated into polymers and materials, it can help to reduce flammability and smoke production, contributing to improved safety standards. For sectors like construction, electronics, and transportation, where fire safety is a critical concern, sourcing effective flame retardant components like Calcium Borate is a strategic imperative. Manufacturers in these fields will often compare different flame retardant options, considering both efficacy and cost.

The pharmaceutical industry also finds uses for Calcium Borate, often as a chemical intermediate or a component in specific formulations. The demand for high purity and consistent quality is especially critical in this sector, underscoring the importance of selecting a reputable manufacturer and supplier. For those in the chemical procurement chain, understanding the nuances of Calcium Borate's chemical profile allows for more targeted and effective sourcing strategies, ensuring the best possible outcome for their products and processes.