About Sodium Metatitanate (12034-36-5)
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Technical profile of Sodium Metatitanate, a high-purity raw chemical material supplied by Triveni Chemicals for industrial manufacturing and laboratory synthesis.
Technical Specifications:
CAS Number: 12034-36-5
Chemical Formula: Na2O7Ti3
Industrial Uses & Applications:
It Appears As A White To Off White Crystalline Powder And Is Insoluble In Water But Reacts With Acids To Form Titanium Compounds. Sodium Metatitanate Is Widely Used As A Raw Material In The Production Of Titanium Dioxide Pigments, Catalysts, And Advanced Ceramics. It Is Also Applied In Metallurgy, Battery Materials, And Specialty Glass Manufacturing.
Superior Industrial MaterialSodium Metatitanate stands out as an essential material in high-temperature ceramics, pigment production, and the synthesis of advanced metal oxides. Its high purity and stability enable consistent results in demanding industrial environments, while its chemical compatibility broadens its applications across various manufacturing processes.
Stable and User-FriendlyThis inorganic compound offers exceptional stability under normal storage and handling conditions. Non-toxic and not classified as hazardous, it is safe for routine industrial use when basic safety protocols are followed. With a shelf life of 12 months, it ensures durability for long-term projects without significant loss of quality.
Manufacturing and Packaging ExcellenceProduced via the solid-state reaction of sodium carbonate and titanium dioxide, Sodium Metatitanate demonstrates a controlled particle size (5-20 microns) and high whiteness index, crucial for uniformity in end products. Conveniently packed in 25 kg bags or drums, it supports bulk handling and cost-effective transportation worldwide.
FAQ's of Sodium Metatitanate (12034-36-5):
Q: What is Sodium Metatitanate and where is it commonly used?
A: Sodium Metatitanate is an inorganic solid-state ceramic compound with the formula Na2TiO3. It is commonly utilized as a titanium source in ceramic manufacturing, pigment synthesis, advanced catalyst supports, and in battery research due to its high ionic conductivity and stability.
Q: How is Sodium Metatitanate manufactured?
A: Sodium Metatitanate is produced through a solid-state reaction between sodium carbonate and titanium dioxide. This process yields a highly stable, pure white powder suitable for demanding industrial applications.
Q: When should Sodium Metatitanate be used during manufacturing?
A: This compound should be incorporated at stages where a stable titanium source, pigment base, or ceramic matrix is required. Its properties make it especially valuable during high-temperature or advanced material synthesis processes.
Q: What are the benefits of using Sodium Metatitanate in industrial applications?
A: It provides high purity, exceptional stability, strong ionic conductivity, and broad chemical compatibility-enabling enhanced performance in ceramics, pigments, and batteries, while its whiteness and controlled particle size offer consistency in end products.
Q: How should Sodium Metatitanate be stored and handled?
A: Store the compound in its original 25 kg bags or drums, kept in a dry, well-ventilated area. Avoid contact with strong acids or oxidizers, and follow standard safety guidelines as it is not considered hazardous or poisonous.
Q: What is the shelf life and physical form of Sodium Metatitanate?
A: Sodium Metatitanate appears as an odorless white powder and maintains its properties for up to 12 months under recommended storage conditions.
Q: Is Sodium Metatitanate environmentally hazardous or poisonous?
A: No, Sodium Metatitanate is neither poisonous nor considered an ecological hazard under standard usage. Proper handling and disposal as per industrial regulations are still recommended.