Why chromite sand 325mesh can be used as beer bottle coloring agent?
The main reasons why chromite sand 325mesh can be used as a colorant for beer bottles include its stable chemical composition, its ability to add rich colors to glass, and its good long-term stability, which can resist the penetration of ultraviolet rays and extend the shelf life of the product. The chromium element in chromite powder reacts with other components in glass at high temperatures to form a specific color. This reaction is based on the chemical properties of chromium, making chromite powder an effective choice for glass coloring.
For example, in the production of green glass, chromite powder is a commonly used colorant, which can make the glass appear bright green. In addition, the chromium oxide in chromite sand 325mesh reacts with other components in glass at high temperatures to form a specific color, which makes chromite powder perform well in glass coloring.
Specifically, the long-term stability of chromite sand 325mesh enables it to resist the penetration of ultraviolet rays, which is particularly important for container glass such as beer bottles. Green glass is more resistant to ultraviolet penetration than colorless glass, thereby protecting beverages such as beer from deterioration and extending the shelf life.
Chromite sand powder availabe size:
200MESH, 325MESH, 400MESH, 500MESH, 600MESH, 800MESH, 1000MESH, 1200MESH, 1500MESH, 2000MESH, 2500MESH
Package:
25kgs/pvc bag, 40pvc bag/jumbo bag
1000kgs/jumbo bag
Supply Ability: 8000Ts /month
Chemcial data for chromite sand 325mesh:
Size | Cr2O3 | FeO | Al2O3 | SiO | MgO | Cr/Fe |
325# | 46%min | ≤26.5% | ≤15.5% | ≤1.0% | ≤10.0% | 1.55:1 |
Physical data for chromite sand 325mesh:
Appearance | Black |
Melting point | 2150°C |
PH | 7-9 |
The amount of the acid | ≤ 2 ML |
Percent soil | ≤0.1 |
Percent Moisture | ≤0.1 |
The sintered | 1600 |
Percentage of free acid present in the sand | 0 |