
Aluminum 5052
A corrosion-resistant aluminum grade frequently selected for formed and machined components.
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Compare metals and engineering plastics by behavior, specification, machinability, finishing and design considerations. Published availability remains subject to manual project review.
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A corrosion-resistant aluminum grade frequently selected for formed and machined components.
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A versatile aluminum grade balancing machinability, strength and finishing options.
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A high-strength aluminum grade used where weight and mechanical performance are priorities.
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A practical guide to Chinese grade 45 medium-carbon steel for shafts, machine parts, heat treatment and CNC machining.
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A broad family of strong, durable materials for shafts, tooling and industrial components.
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General machining guidance for H59 copper-zinc brass, with composition, formability, finish and specification controls.
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A widely used stainless grade offering corrosion resistance and practical fabrication characteristics.
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Technical guidance for T2 high-purity copper parts where conductivity, heat transfer, machining and surface protection must be balanced.
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A corrosion-resistant stainless grade suited to demanding environments and fluid-handling components.
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A precipitation-hardening stainless grade selected for strength and corrosion performance.
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A titanium alloy used for lightweight, high-performance components in demanding applications.
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Machining and design guidance for ABS engineering plastic used in housings, prototypes, fixtures and general industrial components.
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A copper alloy valued for machinability, appearance and electrical or mechanical applications.
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Technical machining guidance for FR-4 glass-reinforced epoxy laminate used in electrical, fixture and structural-insulation applications.
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A conductive material commonly selected for thermal and electrical components.
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CNC design guidance for PMMA acrylic parts requiring transparency, visual finish, low mass and controlled stress.
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An engineering plastic suited to low-friction, dimensionally stable functional parts.
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Machining guidance for PA6 nylon parts where toughness, wear, moisture conditioning and dimensional change must be considered.
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A high-performance engineering plastic for demanding thermal, chemical and mechanical environments.
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General machining guidance for phenolic laminate components used for electrical insulation, fixtures and heat-resistant supports.
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Sheet-metal guidance for 201 austenitic stainless steel, with forming, work hardening, corrosion and finish limitations clearly separated.
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Fabrication guidance for cold-rolled steel sheet used in formed, welded and coated industrial components.
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Fabrication guidance for galvanized steel sheet, including coating designation, cut-edge protection, forming and joining.
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A material designation is incomplete without the applicable standard, product form, temper or condition and any certification requirement.
Load, temperature, corrosion and electrical or thermal requirements guide the shortlist.
Stock form, geometry, tolerance and quantity influence machining or sheet-metal planning.
Finishing allowances and material documentation should be agreed before production.
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