Martin Engineering urethane belt sealing: dust and spillage lessons for mine engineers
Reviewed by Tom Sullivan
First reported on International Mining – News
30 Second Briefing
Martin Engineering has rolled out a new portfolio of polyurethane conveyor belt sealing systems for transfer points across Europe, the Middle East, Africa and India, aimed at eliminating spillage and fugitive dust where bulk materials load onto moving belts. The urethane skirting and sealing designs target common leakage zones at loading chutes and skirtboards, offering longer wear life than rubber and tighter control of the loading zone. For mine operators, the systems are intended to reduce cleanup labour, limit dust exposure around transfer points and stabilise belt tracking.
Technical Brief
- Urethane formulations are designed for abrasion resistance at high belt speeds and coarse bulk materials.
- Sealing systems target the interface between loading chutes and skirtboards, a frequent dust emission source.
- Components are intended to retrofit onto existing transfer points without major chute or skirtboard reconstruction.
- Continuous sealing along the belt edge reduces pinch points where personnel might contact moving belt edges.
- Better confinement of fines at transfer points can assist compliance with site respirable dust exposure limits.
- Reduced spillage around loading zones lowers manual clean-up, decreasing worker exposure near rotating equipment.
Our Take
Martin Engineering appears frequently in our safety‑tagged mining coverage, and the recent guidance on cleaner positioning (22 October 2026) and passive dust control retrofits (24 July 2026) suggests this new urethane sealing line is part of a broader push to control dust and spillage at high‑throughput conveyors rather than just a stand‑alone product launch.
Several recent Martin Engineering pieces in our database focus on reducing manual interventions around chutes, hoppers and transfer points, so a urethane sealing system for conveyors in Europe, the Middle East, Africa and India is likely to be pitched not only on cleanliness but also on lowering confined‑space entry and housekeeping exposure hours for operators.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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