In a groundbreaking shift for the mining industry, Slipcoat® is stepping up to tackle the age-old issue of material build-up that has plagued operations for years. High moisture levels and the inherent stickiness of certain ores have long led to frustrating accumulations on machinery, stalling workflows and slashing productivity. But with the introduction of Slipcoat® technology, mining companies are now armed with a solution that promises to revolutionize the way they operate.
Previously confined to South America, Slipcoat® is making waves by expanding its reach to North America, with new facilities set up to cater to the burgeoning U.S. and Canadian markets. This strategic move isn’t just about geographical expansion; it reflects a growing demand for innovative non-stick solutions in the mining sector. As the industry grapples with the need for enhanced efficiency and sustainability, Slipcoat® is positioning itself as a key player in meeting these demands.
The application of Slipcoat® is a game changer. By preventing build-up in essential equipment—think haul trucks, chutes, and excavators—operations can run smoother and cleaner. The reduction in downtime means more materials processed and less time spent on tedious clean-up tasks. It’s a win-win situation that not only boosts productivity but also slashes maintenance costs. Traditional methods of clearing build-up are labor-intensive and can wear down machinery over time. Slipcoat® minimizes this need, allowing for a more streamlined and cost-effective operation.
Safety is another crucial aspect where Slipcoat® shines. The risk of injury during manual clean-up is a persistent concern in mining. By eliminating the need for workers to physically remove build-up, Slipcoat® not only enhances operational efficiency but also fosters a safer work environment. This is particularly vital in underground mining, where confined spaces and air quality can pose significant health risks.
What’s more, Slipcoat® isn’t just a one-trick pony. Its versatility allows it to be applied across a range of mining machinery, from loader buckets to crushing stations. It performs exceptionally well under varying conditions, maintaining effectiveness regardless of ore characteristics or temperature fluctuations. With a patented technology that forms a protective non-stick barrier, Slipcoat® ensures optimal machinery performance while extending equipment lifespan.
The application process itself is a breeze. This non-permanent advanced filming technology can be sprayed on in seconds, with just one gallon covering up to 800 square feet. This rapid application enables mining crews to focus on more pressing tasks rather than getting bogged down in maintenance.
Environmental sustainability is another feather in Slipcoat®’s cap. With a composition that is 99.8% biodegradable and USDA Bio-Preferred certified, it aligns perfectly with the industry’s increasing focus on eco-friendly practices. The product’s non-toxic nature ensures the safety of workers, especially in sensitive ecological areas where mining often occurs.
As more companies recognize the benefits of Slipcoat®, its adoption is likely to gain momentum. Major players like Vale, Kinross, and Cemex have already integrated Slipcoat® into their operations, reporting substantial improvements in maintenance times and overall efficiency. Kinross Gold Corporation, for instance, has lauded the technology for its transformative impact, highlighting significant reductions in equipment downtime.
The future looks promising not just for Slipcoat® within mining but also in adjacent sectors like rail transport and processing facilities. As industries globally strive for improved productivity and safety, the demand for Slipcoat® could skyrocket. Its ability to address persistent challenges while promoting a safer, more efficient work environment positions it as a pivotal advancement in mining technology. With the landscape of the mining industry evolving, products like Slipcoat® are set to become indispensable resources, driving the sector toward a more efficient and sustainable future.
