Knowledge hub
Material notes for buyers comparing aluminum, stainless steel, copper alloys and carbon steel in practical industrial forms.
Learn which metals stick to a magnet, why stainless splits into magnetic and nonmagnetic families, and how a two-step grade check turns that test into a buying rule.
Read articleBronze is made of copper and tin, not copper and zinc, which is brass. Learn the classic 88/12 composition and why alloy numbers beat names.
Read articleStop choosing metals by magnet alone. Match alloy grades to your real loads, corrosion, and machining needs so the part survives.
Read articleSteel grabs a magnet because of iron and crystal structure; aluminum, brass, copper, and many stainless steels don't. Learn the quick magnet sorting rule.
Read articleA magnet can separate metals, but it can't identify them. Learn which alloys are non-magnetic and why strength, corrosion, and machinability matter.
Read articleFerrous metal magnetic separator components are matched part by part: carbon steel in the flux path, specified aluminum, brass, or bronze where separation happens.
Read articleCompare aluminum, brass, and bronze for magnetic separator parts. See how machinability, wear, and total cost drive alloy choice.
Read articleLearn which metals are non-magnetic, why alloy composition matters, and how to test steel with a magnet. Covers aluminum, copper, brass, bronze, and stainless.
Read articleMatch a ferrous metals magnetic separator to your scrap mix, maintenance capacity, and supplier support. This decision rule prevents overbuying and downtime.
Read articleBronze is made of copper and tin. This guide explains the composition, how it differs from brass, and when to choose bronze over brass.
Read article