Product & Service

Vibrating Ball Mills Manufacturer

The modular design of the Vibrating Ball Mill allows for many assembly orientations utilizing standard components. The top can be rotated bolt-by- bolt to suit your specific layout requirements. The door on the body of the mill opens with very little effort. A manual jack at the lower door hinge aids in opening and closing the door, keeps the door in a vertical plane when the door is open, and eliminates sagging of the door.he mill body interior is protected from wear by an orebed magnetic lining. These magnetic “tiles” attract and hold the grinding media. The media itself serves as a wearing surface. The primary wear parts are special metallic wear plates which are bolted to the screw flights. Normally, these parts require replacement at six to twelve month intervals.

Vibrating Ball-Mill Plant

Vibrating Ball-Mill Plant

Vibrating Ball Mills Manufacturer

Used since the Stone Age, grinding is the oldest engineering process. Mills have been operated by human muscles and the energy input was created by rubbing, rolling and knocking with pestles and grinding stones. This basic grinding mechanism is still used in modern media and roller mills; today, however, operated with electric engines up to 20.000 Kilowatts. At first, particles sizes in the range of some Millimetres were sufficient; nowadays even particles with a diameter of few Nanometers can be obtained by use of ball mills.CathayPhillips Vibrating Ball Mills are exported to India, Nigeria, Australia ,Saudi Arabia (uae),Indonesia, Pakistan ,Peru ,Mexico,Colombia ,South Africa,Kenya,Algeria ,Eygpt,Ghana ,Zimbabwe ,Iran,Chile,Malaysia ,Philippines,Sri Lanka ,UAE,Zambia ,Vietnam ,Venezuela ,Canada ,Bolivia,Ecuador , Australia ,Tanzania and so on countries.

Vibrating Ball Mills Instruction Manual Flow Chart

For the fine milling of dry powders, many applications can be covered by high speed rotor impact mills. However,this mill type can not obtain highest finenesses and is limited to low abrasive materials. Jet mills, which create particle to particle impact can grind finer, are not sensitive to abrasion but have a high energy consumption. In the field of dry mineral processing,mainly roller mills and ball mills are applied for high capacities of finest powders. With increasing fineness, the ratio of ball number and particle number becomes unfavourable. Big grinding media statistically can not create enough impacts to stress the huge number of fine particles. Just as example: a mill volume element of 1 Litre contains about 800 balls of 10 mm size and 350 billions of 10 micron particles! If the ball size is 0.3 mm, the number of balls at least increases to 35 millions, which significantly rises the chance to stress all particles in a reasonable time. Consequently, finest dry milling should be conducted with grinding media as small as possible to increase the stress number in the mill.

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