Lithium Metaborate With CAS 13453-69-5
Chemical formula LiBO2. Molecular weight 49.75. Colorless triclinic crystal with pearl luster. The melting point is 845℃, and the relative density is 1.39741.7. Dissolved in water. Above 1200℃, it begins to decompose. Lithium oxide is formed. Its octahydrate is a colorless trigonal crystal with a melting point of 47°C and a relative density of 1.3814.9. Preparation method: It can be prepared by melting the stoichiometric amount of lithium hydroxide or lithium carbonate and boric acid. Uses: making ceramic materials.
| Appearance |
White powder |
| LiBO2% |
99.99min |
| Al % |
0.0005max |
| As % |
0.0001max |
| Ca % |
0.0010max |
| Cu % |
0.0005max |
| Fe % |
0.0005max |
| K % |
0.0005max |
| Mg % |
0.0005max |
| Na % |
0.0005max |
| Pb % |
0.0002max |
| P % |
0.0002max |
| Si % |
0.0010max |
| S % |
0.0010max |
| Bulk density g/cm3 |
0.58~0.7 |
| LOI(650℃1h)% |
0.4max |
It is used in the pharmaceutical industry and the preparation of acid-resistant enamel 99.99% is used as a flux for the preparation of glass body by X-ray fluorescence analysis. It is recommended to mix samples such as fused alumina, silicon oxide, phosphorus pentoxide and sulfide with lithium tetraborate. 99% is used as a flux in the glass or ceramic production industry. 99.9% used as an additive in the production of lithium-based greases
25kgs/drum, 9tons/20’container
25kgs/bag, 20tons/20’container
Lithium Metaborate With CAS 13453-69-5
