How Titanium Walks Out: A Material Method for High-Load Alloy Selection
For walkout parts, titanium isn't the answer - bronze alloys like C86300 and C93200 win on wear and machinability. Here's your ASTM B505 decision rule.
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Practical articles for teams comparing permanent magnets, magnetic materials, assemblies, and plant applications.
For walkout parts, titanium isn't the answer - bronze alloys like C86300 and C93200 win on wear and machinability. Here's your ASTM B505 decision rule.
Continue readingTitanium isn't automatically best for demanding parts. Brass, bronze, and aluminum often beat it on cost and service life when matched to the failure mode.
Continue readingLearn how to choose bunting architectural metals by matching alloy properties to service environment, load, and machinability, not a single best material.
Continue readingWondering which bronze is inside a Bunting CB485672 sleeve bronze bearing? Learn how to compare C93200, C83600, C86300, and C90700 and verify before install.
Continue readingMatch titanium, bronze, brass, or aluminum to your service envelope—not the brand name. Alloy grade and machining process decide cost, wear, and corrosion performance.
Continue readingCompare aluminum, brass, and bronze for architectural projects: weight, corrosion resistance, machinability, and wear performance guide the right choice.
Continue readingChoose between brass and bronze by starting with your failure mode: load, environment, and cost. Use SAE machinability ratings to match the alloy to the job.
Continue readingTitanium's strength-to-weight and corrosion resistance justify the machining cost when laser-assisted cutting makes it workable.
Continue readingPick titanium, aluminum, or stainless using corrosion, weight, and budget. Real cases show when titanium is worth the premium and when 316 or pretreated aluminum wins.
Continue readingFrom Stephen Bunting's walkout song to the engineering bench: how titanium compares with aluminum and stainless steel, and when it earns its higher cost.
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