Bunting notes
Practical articles for teams comparing permanent magnets, magnetic materials, assemblies, and plant applications.
A facilities buyer's honest breakdown of when a steel structure EPC contractor is worth the premium, when a prefab hangar package is enough, where steel loses to concrete on residential work, and how to tell which situation you're in.
Continue readingField strength is not the lever on a Bunting induced roll: the 80 °C feed limit and the 45 µm to 2 mm window decide whether your feldspar separation improves.
Continue readingReal Bunting electrostatic separator throughput tracks feed size band and dryness, and the wiring plus end-of-run checks decide whether the split holds.
Continue readingTwo readings of a brand-plus-town alloy query, and the order that settles it: environment picks the family, load picks the grade, and price breaks ties.
Continue readingA scored sleeve is a material question, not luck: read bronze alloy tables by machinability, load and environment before reordering CB485672.
Continue readingMatch Bunting architectural metals to the job: aluminum for weather-exposed surfaces, bronze or brass for wear and load. A four-step rule decides.
Continue readingStephen Bunting's titanium walkout phrase changes no alloy standard; choose by load, corrosion, and official specs, verified against ASTM B505.
Continue readingChoose brass for machinability, bronze for bearing and wear duty, and aluminum for weight and corrosion resistance on Bunting Newton Kansas industrial parts.
Continue readingLearn why a Bunting CB485672 sleeve bronze bearing should not be replaced with brass: alloy families, dezincification risk, and how to verify the correct bronze spec.
Continue readingCB485672 pitting and powder signal dezincification, not wear. Confirm the bearing-bronze alloy class, not just fit. Brass machines well but fails in wet service.
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