ForceBeyond is a premier Inconel casting supplier, specialized in high-performance nickel-based alloys for the world’s most demanding environments. By co-owning and operating investment casting foundries in the USA, South Korea, and Taiwan, we provide a de-risked supply chain for Inconel 718, 625, 713C and Hastelloy X components.
A raw casting is only as good as the final tolerances it can hold. ForceBeyond eliminates the ‘foundry-to-machine-shop’ gap through our Tier-1.5 manufacturing model. We integrate our specialized Superalloy Casting facilities—utilizing Vacuum Induction Melting (VIM)—with our dedicated in-house Superalloy Machining centers.
By coordinating the initial pour, heat treatment, inspection, and final 5-axis CNC material removal within one sourcing program, we reduce avoidable hand-off risk while controlling critical geometry and documentation. For projects that benefit more from a wrought structure and controlled material flow than from complex cast shapes, we offer coordinated Superalloy Forging operations.
Hot Isostatic Pressing (HIP) may be applied to selected superalloy castings to reduce internal microporosity and increase density. HIP is a post-casting process, not a universal zero-defect guarantee, and it is not automatically required for every component.
We specialize in vacuum-cast materials tailored for specific extreme environments:
ForceBeyond provides precision vacuum investment casting for a wide range of high-performance materials. We ensure 100% material traceability and strict adherence to international aerospace and energy standards.
ForceBeyond’s co-ownership model is designed to provide supply-chain flexibility and risk-mitigation options for global OEMs.
Our co-owned foundries utilize a precision-engineered “Lost Wax” process optimized specifically for superalloys:
| Alloy Grade | Primary Benefit | Recommended Industry |
|---|---|---|
| Inconel 718 | High strength & creep performance | Data Center Power |
| Inconel 625 | Superior Corrosion Resistance | Marine, chemical processing & selected nuclear/SMR programs |
| Inconel 713C | Excellent High-Temp Strength | Turbochargers & Blisks |
| Hastelloy X | High-Temperature Oxidation | Aerospace & Combustion |
Inspection plans are established according to the alloy, casting route, drawing, material specification, customer requirements, and applicable acceptance criteria. ForceBeyond coordinates NDT, material verification, dimensional inspection, and documentation across the selected manufacturing route.
| Inspection Method | Purpose for Superalloys | Standard Compliance |
|---|---|---|
| Digital Radiography (X-Ray) | Detects internal microporosity and inclusions. | Per drawing / casting-specific radiography requirements |
| Fluorescent Penetrant (FPI) | Identifies surface-breaking cracks and porosity. | ASTM E1417 or applicable customer requirement |
| Ultrasonic Testing (UT) | Verifies internal density and wall thickness. | Applicable UT procedure / customer requirement |
| Spectrographic Analysis | Confirms exact chemical/alloy composition per melt. | Applicable chemistry / PMI procedure |
| CMM Dimensional Audit | Ensures tight tolerances on complex geometries. | Drawing / agreed dimensional acceptance criteria |
While ForceBeyond offers both solutions, choosing the right process depends on your part geometry and mechanical requirements:
| Feature | Vacuum Investment Casting | Superalloy Forging |
|---|---|---|
| Complexity | High (Complex internal geometries) | Low to Medium (Simpler shapes) |
| Grain Structure | Uniform (Cast structure) | Refined (Directed grain flow) |
| Material Waste | Minimal (Near-Net-Shape) | Higher (Requires more machining) |
| Typical Use | Turbine vanes, housings, manifolds | Turbine disks, shafts, rings |
Technical Resource
Review ForceBeyond’s engineering guide to Inconel 718, Inconel 625, VIM, HIP, alloy selection, near-net-shape manufacturing, NDT, quality control, and casting-vs-forging screening.
ForceBeyond provides Inconel casting through a co-owned manufacturing network in the USA and Asia, with engineering and quality oversight coordinated across casting, heat treatment, machining, inspection, and documentation. VIM and HIP are applied where appropriate to the alloy, drawing, specification, qualification plan, and customer requirements.
Hot Isostatic Pressing (HIP) may be used to reduce internal microporosity and increase density in critical castings. It is not automatically required for every superalloy casting; application depends on the drawing, material specification, qualification plan, customer requirements, and service conditions.
Yes. Our vacuum investment casting process is optimized for complex, thin-walled geometries like heat exchangers, nozzle guide vanes, and fuel spray nozzles.
ForceBeyond coordinates engineering, manufacturing, inspection, and quality oversight across its USA, South Korea, and Taiwan manufacturing network. Facility certifications and project requirements are applied according to the selected production route, drawing, specification, inspection plan, and customer requirements.
Leverage the power of a co-owned global foundry network. Contact our Delaware headquarters to discuss your technical specifications, HIPing requirements, and production timelines.
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.
