BAC Product Profile
Kureha’s Bead-shaped Activated Carbon (BAC) is a highly spherical activated carbon with high purity and less metal, which comes from the raw material, petroleum pitch. Because of its low levels of impurity, BAC offers various unique features in addition to its original adsorption performance.
Main Usages or Applications
Features of BAC
High-fill Capability
Due to the high bulk density, BAC is able to achieve high fill density compared to coal based activated carbon or coconut shell based activated carbon in the same volume capacity.
High Flowability
Due to the high flowability by the spherical shape, BAC reaches all areas of a complex-shaped container.
Low Carbon Dust
BAC generates less carbon dust due to the bead format ion process that does not use binder
High Purity
High purity prevents contamination of your product.
High Strength, High Wear Resistance
High strength and high wear resistance prevents carbon contamination from BAC.
Narrow Particle Size Distribution
Grades are set by average particle size, providing consistent quality.
Proprietary Production Process
The features of BAC are ensured by the proprietary production process. BAC is produced under an integrated process from raw material pitch with low metal impurities. Beads are formed without any binder. The uniform infusion and activation process on a fluidized bed contribute to the consistent quality of BAC.
Installation Advantages
High flowability makes BAC suitable for fluidized bed type filters.
High wear resistance contributes to longer lifetime in fluidized bed filter.
Simple Diagram of BAC (G-BAC G-70R) in a Fluidized Bed
BAC Product Specifications
Grades
BAC may be classified into four grades based on average particle size
Particle size distribution for each grade
Packages
Standard sizes are 20kg paper bag and 600kg flexible container.
Please inquire for other grades and specifications
BAC Performance
Characteristic Values
Adsorption Property
Carbon tetrachloride adsorption capacity:specific volume
Metal Impurity Data
Cleanness
Carbon dust quantity
Residue on ignition (ash)
Wear Resistance Capability
Wear resistance capability underwater
Angle of Repose 0