Guided application cards
Magnetic materials show up in many places: holding parts in a fixture, capturing tramp metal in a process stream, triggering sensors, or protecting equipment from ferrous contamination. Bunting organizes industry conversations around what the magnet must do in the real environment, not only around a product family name.
Two-column detailed cards
Magnets may sit near conveyors, chutes, hoppers, and inspection points where cleaning access and stainless housings are as important as magnetic strength. Bunting helps teams consider washdown, product flow, foreign material risk, and maintenance routines before settling on a configuration.
Discuss line conditionsMixed streams create impact, abrasion, and inconsistent burden depth. The useful magnet choice depends on belt speed, particle size, separation distance, ferrous load, and how operators will remove captured material during a busy shift.
Plan a recovery reviewDesigners often need a magnet that fits a fixed envelope, holds through vibration, and can be installed without complicating service. Bunting can compare bare magnets, pot magnets, channels, and custom assemblies against the machine layout.
Review a drawingPellets, powders, and granular materials make magnet placement a flow problem as much as a material problem. Temperature, bridging, dust, cleaning frequency, and contamination tolerance should guide grate, plate, and drawer-style discussions.
Share a process noteFixtures, jigs, and shop aids need repeatable holding behavior without damaging finished surfaces. Application support can narrow choices by contact area, release method, part weight, surface condition, and operator handling preferences.
Compare holding optionsPosition sensing and compact assemblies may require stable fields, tight dimensions, and predictable orientation. Bunting helps buyers document magnetization direction, coating, tolerance expectations, and packaging notes for repeatable supply.
Clarify field needsInteractive checklist structure
These questions are not paperwork for its own sake. They protect the application conversation from drifting toward the strongest magnet on paper when the better answer might be a more durable coating, a different housing, or a lower-cost grade that still meets the real task.
With form
The application setting often decides the right material path. Share the line, machine, or fixture context and the team can help identify what matters first.