Molycop’s mid-size ball product range is specifically designed for secondary ore grinding operations in which high wear resistance and impact breakage resistance are a necessity.
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Molycop’s mid-size ball range is primarily used for secondary ore grinding operations in which high wear resistance and impact breakage resistance are the main ball attributes required.
Our grinding balls use high-carbon alloy steel bars as the raw material and are then subject to special bar heating, forging and heat treatment processes to obtain optimum wear and impact resistance.
Take your operations to the next level by exploring these additional products and services.
The opening of Molycop’s state-of-the-art cast high chrome plant in Cikande, Indonesia, has delivered substantial benefits to customers in terms of enhanced supply reliability and shorter lead times.
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Dr Paul Shelley, VP Innovation at Molycop, has co-authored a paper for journal Minerals Engineering that shows how energy wastage in semi-autogenous grinding mills can be reduced.
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Molycop has successfully implemented a range of optimisation projects at the Edikan Gold Mine, including mine-to-mill optimisation, advanced instrumentation, and real-time consulting services to deliver sustainable increased throughput of 27% in 8 months.
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The Ball MillSlicer utilises the latest in digital signal processing techniques available to provide an accurate view of the change in mill fill level (vectors).
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The Ball MillSlicer utilises the latest in digital signal processing techniques available to provide an accurate view of the change in mill fill level (vectors).
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Our milling product range has been designed and manufactured to high performance standards for strength, impact resistance and wear. Offering a range of forged, cast high-chrome or ceramic grinding media, Molycop's product range can deliver the results you need.
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At Molycop, we see innovation as a way to find solutions to some of the mining industry’s greatest challenges. We aim to improve on today so we can deliver better for tomorrow.
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