
1、 Introduction
(1) Brand: Luoyang Xingpu
(2) Product type: Standard product
(3) Effective ingredient content: 99.9%
(4) Application scope: Specialized for X-ray fluorescence analysis
(5) Level: Analytical pure AR
Lithium tetraborate and lithium metaborate are mainly used in high-temperature flux, special glass and ceramic manufacturing to enhance material heat resistance and stability. The usage environment usually requires dryness, dust-free, and avoidance of contact with water and moisture to ensure its chemical stability and effectiveness.
2、 Lithium tetraborate
Lithium tetraborate is a colorless crystal with the chemical formula Li2B4O7. It is easy to absorb moisture and also soluble in water. Lithium tetraborate is an important battery material and a crucial component of positive electrode materials in lithium-ion batteries. In addition, lithium tetraborate is also an important catalyst that can be used for the synthesis of organic compounds.
Some physical properties of lithium tetraborate are also very unique. For example, it has a large specific surface area, which effectively preserves the intermediates produced in catalytic reactions and improves reaction efficiency. In addition, its crystal structure is also very complex and belongs to a multiphase structure, which has important application prospects in the fields of materials science and chemical engineering.
3、 Lithium metaborate
Lithium metaborate is a white crystalline substance and an inorganic compound with the chemical formula LiBO2. It is an important ceramic material that can be used to manufacture electronic devices, process melting disks, and thermal conductive sheets. In addition, lithium metaborate can also be used in glass manufacturing, high-temperature lubricants, and the preparation of ferrites.
Compared with lithium tetraborate, the physical properties of lithium metaborate are not as complex as their surface area and crystal structure. However, its chemical properties are quite unique, as it can form complexes with some metal ions. Therefore, it has important applications in fields such as coordination chemistry, materials chemistry, and biochemistry.