Metal Notes
Short technical and purchasing notes for buyers comparing aluminum, stainless steel, carbon steel and copper alloy stock.
Bronze is copper plus tin; brass is copper plus zinc. Learn how the second metal drives wear, corrosion, and machinability to choose the right alloy for your part.
Bronze and brass differ in wear and corrosion. Tin makes bronze tough; zinc makes brass machineable. Choose the right Wieland copper alloy for each failure mode.
Compare Canadian aluminum suppliers on alloy, lead time, and total delivered cost. Learn why the cheapest per-pound price is rarely the best buy.
Choose the right brass pipe tee: C360 for indoor lines, C932 for saltwater, C110 for conductivity. Order from Speedy Metals with 2-3 day lead times.
Bronze is copper plus tin, but the real decision is bronze vs brass. Use a load-and-corrosion rule to choose the alloy grade that survives.
Which metals stick to a magnet? Iron, nickel, cobalt, and most steels do; aluminum, copper, brass, and bronze do not. The 30-second magnet test settles it.
Bronze is a copper-tin alloy, not pure copper. Learn what metals make up bronze, how they differ from brass, and why grade C93200 matters before you buy.
Canadian buyers overpay for aluminium when they treat all alloys and forms as interchangeable. Learn a compare-and-decide routine that cuts hidden costs.
How to choose between brass and bronze pipe tees for industrial lines. The alloy you spec determines whether the fitting survives its service pressure and environment.
Bronze is mostly copper and tin, but aluminum, nickel, or phosphorus can replace tin. Get the grade-by-grade breakdown and a clear rule for buying bronze.