What is Be2B4O7? Important knowledge about Be2B4O7.

1. Definition of Be₂B₄O₇
   Be₂B₄O₇, commonly known as Beryllium borate or Beryllium tetraborate in English, is a compound of Beryllium and Boron with Oxygen. The molecular structure consists of two Beryllium (Be) atoms, four Boron (B) atoms, and seven Oxygen (O) atoms. The molecular weight of Be₂B₄O₇ is 159.619 g/mol.

2. Properties of Be₂B₄O₇
   Be₂B₄O₇ is a solid compound, colorless, odorless and does not have a specific pH because it is insoluble in water.

2.2 Chemical properties of Be₂B₄O₇
Be₂B₄O₇ has high chemical stability and does not easily react with other substances.

3. Common chemical equations involving Be₂B₄O₇
   There are currently no known chemical equations involving Be₂B₄O₇ due to its chemical stability.

4. Synthesis of Be₂B₄O₇
   4.1 Laboratory synthesis of Be₂B₄O₇
   As Be₂B₄O₇ is quite a stable compound, its synthesis in the laboratory is quite challenging and rarely carried out.

4.2 Industrial synthesis of Be₂B₄O₇
The industrial-scale synthesis of Be₂B₄O₇ is also not common due to very low actual demand.