When purchasing new equipment, we understand that you need to ensure the equipment maximises grades and recovery whilst delivering low operational costs and fits within to tight capex budgets.
For this reason our equipment is designed and manufactured using the latest technologies and is fully tested in processing operations to ensure optimal performance. This means that when we release new process equipment you can be assured that it will be fit for purpose and cost effective.,new porn gif
A good example is our MG12 spiral which was selected by Southern Ionics for their Mission Mine South project in USA.
porno films,We know that all ore bodies are unique and whilst our equipment range is extensive and fits most applications, we also design and engineer tailored technology solutions for specific projects.
hot sex film,An excellent example of a tailored solution was the development of the HC33 rougher spiral for ArcelorMittal’s Canadian operations.
Our Australian facility is the world's largest manufacturing plant for spiral separators, producing over 20,000 starts per year on a partially automated production line. In-house manufacturing of key equipment such as fiberglass and polyurethane parts and electrical components are complimented by in-house equipment assembly and a large machine workshop with refurbishment capabilities for most of our equipment range.,sex club
Our dedicated Research & Development team works with equipment design, manufacturing and metallurgical teams, as well as external research bodies such as the CSIRO in the pursuit of improved equipment technologies to achieve optimum physical separation of fine mineral ores.,mom bdsm
Our focus on knowledge sharing consistently delivers enhanced performance for our existing range of equipment as well as pioneering breakthroughs such as:,xxxfat
the use of light weight, durable spiral separators for fine coal beneficiation;
refined design of high capacity spirals enabling up to 40% reduction in plant footprint for the same throughput;
advances in electrostatic separation technology that improves separation and reduces circulating loads significantly; and
the Kelsey Jig which leads the industry in providing a solution for the most difficult gravity separations.