Ball Mill ( Metallurgical Ore Dressing)

タイトルまたは説明

Ball mill organization character : By feeding department, the exiting material department, the rotor, the transmission department (speed reducer, small transmission gear, electrical machinery, electric control) and so on main part composes .The midlevel axis uses the steel casting, the inside lining is detachable, rotates the big wheel to use the casting to roll the tooth processing, tube in vivo besets with by the wear-resisting backing, has the good resistance to wear. It revolves steadily, operation reliable. Note: According to material and emissions mine  type, may choose the dry ball mill and the wet check ball mill.  specification tube rev （r/min） Ball quantity(t) Feeding (mm) Exceeding (mm) Output (t/h) Power (kw) Weight (t) remark Ф**0×**0 *0.*6 0.5 ≤*0 0.****0.3 0.***0.5 *5 2.**4 energy saving style Ф**0×***0 *9.6 0.6 ***2 0.****0.4 0.***0.*4 4 3.2 energy saving style Ф**0×***0 *9.6 0.1 ***2 0.****0.5 0.***1.*1 7.5 3.8 energy saving style Ф**0×**0 *0 0.*7 ≤*0 0.****0.6 0.***0.*4 *2 4.2 energy saving style Ф**0×**0 *9 0.7 ≤*0 0.****0.6 0.**1.2 7.5 4.5 wet lattice Ф**0×**0 *9 0.7 ≤*0 0.****0.6 0.**1.1 7.5 4.6 Wet overflow φ**0×***0 *8 0.3 ≤*0 0.****0.6 0.2 5.5 4.8 Dry style Ф**0×***0 *0 1.6 ≤*0 0.****0.*9 0.***2 *0 4.6 energy saving style φ**0×***0 *9 0.*5 ≤*0 0.****0.*9 0.**2.1 *5 5.2 wet lattice φ**0×***0 *9 0.*5 ≤*0 0.****0.*9 0.**2.0 *5 4.8 Wet overflow φ**0×***0 *1 1.7 ***5 0.****0.*9 0.***1.*0 *5 5.4 energy saving style φ**0×***0 *7 1.*3 ≤*5 0.****0.*9 0.**2 *8.5 5.6 dry lattice φ**0×***0 *9 2.1 ≤*0 0.****0.*9 0.**2.8 *8.5 6.1 wet lattice φ**0×***0 *9 2.1 ≤*0 0.****0.*9 0.**2.5 *8.5 6 Wet overflow Ф**0×***0 *6 2.7 ≤*0 0.****0.*9 1.**3.5 *2 6.8 Dry style Ф**0×***0 *9 5.8 ≤*5 0.****0.*9 0.**3.1 *2 7.1 Wet lattice Ф**0×***0 *9 5.8 ≤*5 0.****0.*9 0.**2.8 *2 7.1 Wet overflow Φ***0×***0 *4 5 ≤*5 0.****0.*9 0.**3 *8.5 8.3 Wet lattice Φ***0×***0 *4 5 ≤*5 0.****0.*9 0.**2.5 *8.5 8.8 Wet overflow Ф***0×***0 *1.3 2.4 ≤*0 0.****0.6 0.***2.*9 *7 8.*5 energy saving Ф***0×***0 *5 2.5 ***0 0.****0.6 0.***2.0 *8.5 8 energy saving Φ***0×***0 *5 3.0 ***0 0.****0.6 1.**2.6 7.8 energy saving Φ***0×***0 *1.3 4.8 ***0 0.****0.3 0.**5.8 *5 *2 energy saving Φ***0×***0 *4 9 ≤*5 0.****0.3 0.**6 *0 *2.2 Wet lattice Φ***0×***0 *4 9 ≤*5 0.****0.3 0.**5 *0 *1.7 Wet overflow MQG***0×***0 *2 4.8 ≤*0 0.****0.6 1.**2 *5 *1.5 dry style Φ***0×***0 *5 4.*2 ≤*5 0.****0.6 1.**3.7 *7 *2.*2 Dry style Φ***0×***0 *5 4.0 ***0 0.****0.6 1.***3.8 *0 *2.1 energy saving Φ***0×***0 *4 *1 ≤*5 0.****0.6 0.**7 *7 *3.7 Wet lattice Φ***0×***0 *4 *1 ≤*5 0.****0.6 0.**6 *7 *3.2 Wet overflow Φ***0×***0 *2 5 ≤*5 0.****0.4 1.**5 *5 *2.8 Dry style MB***0×***0 *8 7.2 ≤*5 0.****0.4 1.**8 *5 *3.4 Ф***0×***0 *3 *3 ≤*5 0.****0.4 0.**8 *5 *4.2 Wet lattice Ф***0×***0 *3 *3 ≤*5 0.****0.4 0.**7 *5 *3.7 Wet overflow MQG***0×***0 *0 5.2 ≤*5 0.**4 1.5 *5 *3.8 Ф***0×***0 *9.2 4 ＜*5 0.****0.*5 **3.5 *0 *3.2 Ф***0×***0 *1 9 ≤*5 0.****0.4 1.**7 *5 *3.4 Wet lattice Ф***0×***0 *1 9 ≤*5 0.****0.4 1.**6 *5 *3.2 Wet overflow φ***0×***0 *8 7 ≤*5 0.****0.4 1 *1 *3 Ф***0×***0 *2.7 *0.4 ＜*5 0.****0.*5 **6.8 *5 *6.8 Energy saving