Sheet Metal Materials for Custom Parts & Hardware

Cold-rolled low-carbon sheet is a common starting point for formed brackets, covers and similar fabricated parts. The surface condition and grade influence forming and finishing. Where corrosion exposure matters, the protective finish needs to be considered together with edges, holes and joined areas.

Hot-rolled low-carbon steel is used in general fabricated plates and support components. Grade, thickness and surface condition affect the processing route. Mill scale and other surface contamination need appropriate preparation before a coating system is applied.

Zinc-coated sheet combines a steel substrate with a protective zinc layer. Cutting, forming and joining can affect the coating locally. Review exposed edges, bend areas and joints, and consider how any additional finish will interact with the existing surface treatment.

304 is a commonly used stainless steel for fabricated components. The environment, surface condition and design details influence corrosion performance. Forming and machining also need to account for work hardening.

316L contains molybdenum and is often considered where corrosion requirements are more demanding than those of general-purpose stainless applications. Chloride exposure, temperature and crevice conditions still matter; the grade is not a universal solution for every outdoor or marine environment.

5052-H32 is used in sheet metal applications where low weight and forming are important. Suitable bend radii depend on thickness and forming conditions. Finish selection should also consider the required appearance and exposure environment.

6061 can be considered for machined components and some formed parts, but its temper is important. A condition selected for strength may not suit a tight bend. Consider the required geometry, forming sequence and final material condition together.