Borax Pentahydrate About
- Glass and Ceramics: Used to make fiberglass, insulation glass, and enamels.
- Agriculture: Applied as a boron fertilizer to correct soil deficiencies and help crop growth.
- Manufacturing: Added to adhesives, flame retardants, and metal-welding fluxes.
- Cleaning: Included in industrial and household detergent formulations. [1, 2, 3, 4]
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Wide Range of Industrial ApplicationsV-BOR Borax Pentahydrate finds extensive use in glass and ceramic manufacturing, detergents, metallurgy, agriculture, adhesives, and as flux in various industrial processes. Its stable, crystalline form and high purity make it an invaluable component for enhancing performance and product quality across multiple sectors.
Key Physical and Chemical PropertiesWith a molecular weight of 291.37 g/mol and a melting point of 741C (decomposes), this technical grade borax is highly soluble in water and virtually insoluble particles remain below 0.1%. Its alkaline pH (8.5 in 1% solution) and non-flammable, odorless nature ensure safety and versatility in handling and processing.
Safe Handling and Storage RecommendationsFor optimal shelf life and quality, store V-BOR Borax Pentahydrate in a cool, dry environment away from acids, tightly closed to prevent contamination or moisture pick-up. Its low toxicity means minimal risk during handling, though ingestion should be avoided and general industrial hygiene protocols should be observed.
FAQ's of Borax Pentahydrate:
Q: How should V-BOR Borax Pentahydrate be stored to maintain its quality?
A: V-BOR Borax Pentahydrate should be kept in a tightly closed container, stored in a cool, dry place away from acids to prevent decomposition or moisture absorption, ensuring long-term stability and product integrity.
Q: What are the main industrial uses of V-BOR Borax Pentahydrate?
A: This product is widely utilized in glass and ceramic manufacturing, detergents, agriculture as a micronutrient, metallurgy, adhesives, and as a flux in various high-temperature processes due to its chemical versatility and stability.
Q: When is V-BOR Borax Pentahydrate most beneficial in industrial processes?
A: It is most beneficial when an alkaline, stable, and highly soluble borate source is required, such as in the fusion of glass, improving ceramic glazes, facilitating detergent performance, or promoting micronutrient delivery in agriculture.
Q: Where does V-BOR Borax Pentahydrate originate from?
A: This product is manufactured in Turkey and is available for export, supply, and trading globally by qualified manufacturers and distributors.
Q: What is the process for using V-BOR Borax Pentahydrate in glass production?
A: It is added during the batch mixing phase, where its solubility and boron content aid in lowering the melting temperature, enhancing clarity, and improving the chemical durability of glass products.
Q: How safe is V-BOR Borax Pentahydrate to handle and use?
A: It is considered to have low toxicity and is classified as non-flammable. Nonetheless, it is important to handle the product with care, avoiding ingestion and adhering to standard industrial safety practices.
Q: What benefits does V-BOR Borax Pentahydrate provide in agricultural applications?
A: As a micronutrient, it supplies boron essential for plant development, improving crop yields and resistance to disease when used appropriately in soil or foliar treatments.