The document provides information on the composition of ball charges for two compartments, including the weight and percentage of each ball size fraction, the number of pieces of each size, and the specific surface area and total surface area for each size. For compartment 1, the majority of the ball charge is made up of balls between 25-30mm in size. For compartment 2, the largest fractions are balls between 15-17mm, which make up around half of the total charge weight and number of pieces.
The document provides information on the composition of ball charges for two compartments, including the weight and percentage of each ball size fraction, the number of pieces of each size, and the specific surface area and total surface area for each size. For compartment 1, the majority of the ball charge is made up of balls between 25-30mm in size. For compartment 2, the largest fractions are balls between 15-17mm, which make up around half of the total charge weight and number of pieces.
Original Description:
Original Title
243217538 BALL MILL Ball Charge Composition Piece Weight Specific Surface
The document provides information on the composition of ball charges for two compartments, including the weight and percentage of each ball size fraction, the number of pieces of each size, and the specific surface area and total surface area for each size. For compartment 1, the majority of the ball charge is made up of balls between 25-30mm in size. For compartment 2, the largest fractions are balls between 15-17mm, which make up around half of the total charge weight and number of pieces.
The document provides information on the composition of ball charges for two compartments, including the weight and percentage of each ball size fraction, the number of pieces of each size, and the specific surface area and total surface area for each size. For compartment 1, the majority of the ball charge is made up of balls between 25-30mm in size. For compartment 2, the largest fractions are balls between 15-17mm, which make up around half of the total charge weight and number of pieces.