The self-adjusting skirting prevents spillage and equipment breakdown caused by fugitive material by creating a constant tight seal to the belt.

The unit self adjusts to rubber skirt wear, regardless of material volume and size diversity, allowing it to be an adaptable solution for an entire bulk material processing system across many different industries, Martin Engineering senior product specialist Dave Mueller said.

“As bulk material is processed, the conveyor belt speed, load and volume can change, which can affect the integrity of the skirting seal,” he said.

“One skirting system across the whole line that adjusts automatically to these diverse variations dramatically cuts man hours needed to maintain it.”

As the friction from the belt wears down the seal strip of standard skirting systems, workers have to shut down the conveyor and use tools to manually adjust it.

Without this type of regular maintenance, fugitive material escapes from the belt, getting into bearings and other components, which can cause expensive and unnecessary production delays.

Martin Engineering solves this problem by using a pressure arm attached to a clamp plate, which assures a constant belt seal, thus eliminating the need for manual adjustment.

“Other skirts require manual adjustment, which means near constant monitoring,” Mueller said.

“Without monitoring – aside from the mechanical issues and product loss that accompany fugitive material – there are safety and regulatory problems that can arise, as well. By designing a self-adjusting skirting system, customers not only save time and money on maintenance, but also mitigate the potential for injury and liability.”