JARRE ALUMINE 5 L AVEC BILLES DIM EXT Ø 240 * H 350 MM - MGSR050.0
€1,190.40
VAT included
JAR ALUMINA 5 L WITH BALL'S DIM EXT Ø 240 * H 350 MM - MGSR050.0
J A R F O R R O L L E R M I L L 5 LITERS - JAR05L
JAR ALUMINA 5 L WITH BALL'S DIM EXT Ø 240 * H 350 MM - MGSR050.0
J A R F O R R O L L E R M I L L 5 LITERS - JAR05L
Technical details
Capacity 5 liters
Weight with lid 15.7 kg
Height 35 cm
External diameter 24 cm
Maximum load of dry product 3.5 kg
Charge of balls alumina 90 %
Diameter 25 mm + 30 mm
Quantity of charge 3000 gr + 3000 gr
grinding media is characterized by:
-HIGHER DENSITY -HIGHER HARDNESS -HIGHER WEAR RESISTANCE
-HIGHER GRINDING EFFICIENCY -HIGHER DENSITY
How to optimize the grinding process
In the situation of wet grinding
Usually,the total charges of the alumina balls in one ball mill should be not less than 55% of the total ball mill capacity
Empirical formula of charged alumina ball quantity into ball mill M=3.14 x R2 x D x x 25%+1000 Remark:M=charged alumina ball quantity(kg)
D=Alumina ball density(g/cm3)
R=Radius of ball mill L=Ball mill Length
Alumina grinding ball proportion
For a bright new installed ball mill,the alumina balls proportion depends on the capacity of the ball mill and the fineness of the grinded raw materials
-HIGHER DENSITY -HIGHER HARDNESS -HIGHER WEAR RESISTANCE
-HIGHER GRINDING EFFICIENCY -HIGHER DENSITY
How to optimize the grinding process
In the situation of wet grinding
Usually,the total charges of the alumina balls in one ball mill should be not less than 55% of the total ball mill capacity
Empirical formula of charged alumina ball quantity into ball mill M=3.14 x R2 x D x x 25%+1000 Remark:M=charged alumina ball quantity(kg)
D=Alumina ball density(g/cm3)
R=Radius of ball mill L=Ball mill Length
Alumina grinding ball proportion
For a bright new installed ball mill,the alumina balls proportion depends on the capacity of the ball mill and the fineness of the grinded raw materials
JARALU5L