1. Long lifespan: Compact embryos are formed under high pressure, so their service life is three to five times longer than that of traditional clay crucibles.
2. Fast heat conduction: The embryo body's high density and low apparent porosity significantly enhance the crucible's heat conduction ability.
3. New materials: thermally conductive materials reduce the amount of sticky slag, and they provide high heat transfer, pollution-free products, and ensure efficient heat transfer.
4. Corrosion resistance: Compared to clay crucibles, it offers greater corrosion resistance.
5. Anti-oxidation: The embryo body is treated with advanced technology to make it more resistant to oxidation, which ensures its long-lasting thermal conductivity and long life.