Secondary Belt Cleaners

Available in two styles for different applications, secondary belt cleaners are recommended to be used with primary cleaners for improved efficiency. However, they also can be used as a stand-alone cleaning solution if the transported material is dry and fine.

BES1 Secondary Belt Cleaners – Best Seller

The BES1’s blade holder keeps the center of the conveyor belt scraper blade on the belt, making it ideal for cupped or worn belts. The blade ends push down for even pressure across the blade, which also arcs into the center as it wears to maintain blade-to-belt contact. The conveyor belt scraper blade pivots and bends around a central pivot, allowing it to conform to worn, uneven belts.

A one-piece rubber blade with tungsten carbide tips features flaps that ensure carry-back slides away from the blade and doesn’t build up. The conveyor belt scraper blade also is available in tri-layer, high-temp, dual-layer, ceramic-bead, and chemical-resistant rubber for superb water removal. A Rosta joint tensioner absorbs severe impacts as well.

With an overall height of just 5 inches, the BES1’s low-profile modular design works great in confined-space chutes.

BES1 Features & Benefits

Excellent for cupped or worn belts
5-inch blade options: rubber with tungsten, rubber only, or urethane
Belt Speed: 1000 ft/min. maximum
Tensioner Options: Rosta or Pneumatic
Threaded rods easily move the cleaner up to the belt or down for maintenance
Blade arcs into the center as it wears to maintain continuous blade-to-belt contact

BXS5 Secondary Belt Cleaners

Individual finger blades adapt to worn belts and allow belt clips to pass through.

These high-efficiency blades have superior wear-resistance and maintain blade-to-belt contact. Double tensioning equipment gives better pressure distribution.

BXS5 Features & Benefits

Belt Speed: 1200 ft./min. maximum
Tensioners: Rosta, Pneumatic
Blade options: tungsten carbide or ceramic
Uses individual overlapping blades for efficient scraping
Dual tensioning equipment for better pressure distribution