The performance of any transfer chute in a mining or bulk material handling operation depends largely on how well it is designed to handle the specific material being transported. From sticky ores to abrasive run of mine feed, each material presents unique challenges that demand careful engineering and practical expertise.
The success of a custom engineered transfer chute begins with understanding how a specific material will behave at the transfer point and then applying both scientific principles and practical experience to achieve the optimal design.
According to Dewald Tintinger, Technical Manager at Weba Chute Systems, the company’s approach combines a strong foundation in material flow science with decades of field experience to deliver reliable chute designs across a wide range of industries.
“Whether handling sticky manganese ore, cohesive clay or abrasive lumpy run of mine feed, it is vital to base chute design on a detailed understanding of how materials flow, compact and interact with liners and geometry,” he says. “Every material behaves differently, so we can’t apply a one size fits all rule.”