Just to drive the point home, grizzly feeders are forced to handle incredibly heavy shock loads. Of key importance, they continually operate under such abrasive conditions while they pass high volumes of feed material straight to an awaiting primary crusher. Keeping the uninterrupted throughput flowing, their vibrating mechanisms slip past one another, again continuously, all […]
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Imagine a world without copper. Without it, electrical wires and pipes would disappear overnight. Industries can’t exist without the malleable metal, nor can a thousand essential applications. Meeting their needs, the Olympic Dam mining complex, located in Southern Australia, mines over 200,000 tonnes of the industry-essential metal every year. Clearly, Australia has a vested interest […]
Read moreNickel is the fifth most abundant element on our planet. Iron is more common, and there’s plainly more oxygen around. As for iron and aluminium, silica and carbon, these top ten materials all have their place. Their roles in the industrial world are all instantly recognizable. So, what’s nickel’s role? And why is nickel mining […]
Read moreWas there ever a time when mining equipment was primitive? Presumably so, but that time has long since vanished into the past. Take vibrating screens as one example of the modern era. The screens don’t simply quiver and shake at random. On the contrary, the technologically advanced vibrational mechanisms oscillate in a precisely controlled manner. […]
Read moreIn mining equipment, all vibrating screens use some form of kinetic excitation. Linearly casting ore up and forward, freely vibrating screens use a simple excitation mechanism, plus gravity to move material, at which point the undersize is processed and the screening operation continues. Sets of springs reinforce the linear movement. Opting out of this linear […]
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