Compass Wire Cloth Highlights Innovative Non-Blinding Aggregate Screens to Enhance Mining Efficiency

Self-cleaning technology reduces downtime and boosts productivity, offering a reliable solution for challenging material processing in the mining industry

Compass Wire Cloth, a North American leading manufacturer of separation, sifting, and screening solutions, highlights its innovative Non-Blinding Aggregate Screens, designed to revolutionize material processing in the mining industry. Mining operations often experience significant downtime and reduced productivity due to screen blinding—a common issue where the screen mesh openings become blocked or clogged by the material being screened. Compass Wire Cloth's Non-Blinding Aggregate Screens provide a groundbreaking solution to this persistent problem.

These screens feature advanced self-cleaning technology, with each wire vibrating independently to prevent blinding and pegging, making them particularly effective for handling wet or sticky materials. Constructed from stainless steel or high carbon steel, they are built to withstand harsh mining environments, ensuring enhanced durability and a longer service life. The non-blinding screens offer accurate screening and sizing where other products fail, thanks to a high percentage of open area compared to square openings, resulting in increased throughput.

In addition to their performance benefits, these innovative screens offer significant cost savings through reduced maintenance requirements. The single-panel design allows for less frequent and quicker screen changes, minimizing downtime and labor costs. Their ability to maintain consistent performance also contributes to improved product quality and reduced material waste.

Compass Wire Cloth's Non-Blinding Aggregate Screens are versatile and suitable for a variety of applications. Compatible with both mobile and static plants, they adapt seamlessly to all OEM equipment. Available in three distinct styles, these screens can be customized to meet specific operational needs, ensuring optimal performance across diverse mining processes.

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