News / Our Materials Range Comparison Table

Our Materials Range Comparison Table

June 30, 2026

Manufacturing from the very best

 

We work with a range of materials, including:

– Carbon and Alloy Steel
– Stainless Steel
– Super Alloys and Duplex Steel
– Non-Ferrous

Materials range comparison table:

CategoryTypical CompositionKey PropertiesStrength LevelCorrosion ResistanceTemperature ResistanceCommon Uses
Carbon & Alloy SteelIron + carbon; alloy steels include Cr, Ni, Mo, V, MnHigh strength, good machinability, cost effective, heat treatableMedium to very highLow to moderate (requires coatings)Moderate; alloy steels can handle higher tempsStructural components, fasteners, automotive, machinery
Stainless- SteelIron + ≥10.5% chromium; may include Ni, Mo, NExcellent corrosion resistance, cleanability, good formability, non-rustingMedium to high (varies by grade)High (especially 304/316)Good at both high and low temperaturesMarine hardware, food/medical equipment, architectural, chemical processing
Super AlloysNickel, cobalt, chromium, molybdenum, titaniumExtreme heat resistance, high strength, oxidation resistance, stable under stressVery highVery highExceptional — designed for extreme heatAerospace, turbines, high temp fasteners, energy sector
Duplex Stainless- Steel50/50 austenitic + ferritic stainless structureVery high strength, excellent chloride resistance, good weldabilityVery high (≈2× austenitic stainless)Very high (especially against stress corrosion cracking)GoodOffshore, petrochemical, marine, chemical tanks, high strength fasteners
Non-Ferrous MetalsAluminium, copper alloys, nickel alloys, titanium, zincLightweight, corrosion resistant, conductive (Cu), high strength-to-weight (Ti)Low to very high (depends on metal)Moderate to very highVaries widely (excellent for Ti & Ni alloys)Aerospace, electrical systems, marine, transport, decorative hardware

 

If you’re looking for expert advice and quality manufacturing, our teams are ready to assist.

See us in action 🎬YouTube & TikTok