Material selection affects component strength, fatigue life, corrosion resistance, temperature capability, weight, conductivity, wear, manufacturability, inspection, and total cost. ForceBeyond supports engineered metal components across casting, forging, machining, heat treatment, finishing, inspection, assembly, and global production programs.
This page serves as the central materials hub for detailed alloy families, cross-reference charts, manufacturing design guidance, and process compatibility. Final material requirements should always be tied to the governing drawing, specification, product form, heat treatment, test method, and service environment.
Use the material-family pages below for alloy-specific chemistry, properties, standards, applications, and manufacturing considerations.
| Material Family | Representative Grades | Typical Selection Factors | Related Manufacturing Processes |
|---|---|---|---|
| Superalloys & Exotic Metals | Inconel 718, Inconel 625, Hastelloy, cobalt alloys, and application-specific nickel alloys | High-temperature strength, oxidation resistance, corrosion resistance, creep, fatigue, and difficult-machining behavior. | Forging, vacuum casting, and precision machining. |
| Titanium Alloys | Ti-6Al-4V, Ti-6Al-4V ELI, commercially pure titanium, and application-specific grades | Strength-to-weight ratio, corrosion resistance, fatigue, biocompatibility, temperature, and oxygen control. | Investment casting, forging, and machining. |
| Stainless Steel & Carbon Steel | 304, 316, 17-4 PH, duplex 2205, super duplex 2507, 4140, and other alloy steels | Corrosion, strength, wear, hardness, weldability, heat treatment, sour service, and pressure requirements. | Casting, forging, machining, and duplex machining. |
| Aluminum & Copper Alloys | A356, A380, 6061, copper, brass, and application-specific nonferrous grades | Density, conductivity, corrosion, castability, heat treatment, pressure tightness, and electrical performance. | Die casting, A356 casting, machining, and finishing. |
A technically sound alloy choice balances service requirements with manufacturing and supply-chain constraints.
The same alloy family may be identified differently across UNS, ASTM, AMS, SAE, ASME, EN, DIN, JIS, and customer specifications. Similar designations are not automatically interchangeable.
Use our material cross-reference charts as an initial guide, then confirm the governing specification before release.
| Manufacturing Process | Material Considerations | Design and Quality Considerations |
|---|---|---|
| Casting | Fluidity, shrinkage, oxidation, hot tearing, feeding, solidification, and melt cleanliness. | Wall transitions, radii, gating, risers, porosity, NDT, heat treatment, and machining allowance. |
| Forging | Forgeability, flow stress, temperature window, grain flow, reduction ratio, and heat treatment. | Draft, parting line, flash, machining stock, distortion, ultrasonic testing, and mechanical properties. |
| Precision Machining | Hardness, work hardening, thermal conductivity, chip control, abrasiveness, and residual stress. | Tool access, fixturing, tolerance, GD&T, surface finish, heat treatment, and inspection. |
| Heat Treatment | Phase transformation, precipitation hardening, solution treatment, quench response, and tempering. | Distortion, furnace uniformity, atmosphere, quench control, hardness, and property verification. |
| Surface Finishing | Passivation, anodizing, conversion coating, plating, paint adhesion, oxidation, and galvanic compatibility. | Masking, thickness, dimensional impact, corrosion testing, cosmetic class, and cleanliness. |
The required material-control plan should be based on industry, alloy risk, component criticality, service environment, and purchase-order requirements.
Inspection should be selected according to defect risk, material family, product form, geometry, and governing specification.
Review our testing and inspection capabilities and quality assurance and certifications for additional information.
Use the following resources to connect material selection with manufacturability and final component requirements.
Material documentation may include mill test reports, material test reports, certificates of conformity, chemistry results, mechanical-property results, heat-treatment records, and lot traceability. The exact documentation package depends on the material form, supplier, governing specification, purchase order, and customer requirements.
Material-control plans may include supplier documentation review, heat and lot identification, segregated storage, traveler and routing controls, positive material identification using XRF or OES where appropriate, and final documentation review. The required verification level depends on alloy risk, industry, specification, and customer requirements.
Material selection should consider strength, fatigue, corrosion, temperature, wear, density, conductivity, weldability, machinability, castability, forgeability, availability, cost, inspection, and applicable industry standards. The manufacturing route and final service environment should be evaluated together rather than selecting an alloy from nominal properties alone.
No. Published values are general engineering guidance unless a specific standard, condition, product form, heat treatment, test method, and minimum requirement are stated. Final design values should come from the governing material specification, certified supplier data, and project-specific testing.
Send your drawing, material specification, service environment, manufacturing process, testing, documentation, and delivery requirements for an engineering review.
Expand this section to review the external standards, technical organizations, and reference materials used for this page.
Explore related ForceBeyond material, process, quality, industry, and manufacturing resources.
