ForceBeyond is a premier supplier of high-precision aluminum die castings, producing mission-critical components for demanding automotive, industrial, telecom, medical, and aerospace applications. Operating cold-chamber die casting machines ranging from 180 to 2,000 metric tons, we manufacture aluminum components ranging from a few grams up to structural housings exceeding 40 pounds.
Operating under an ISO 9001:2015 certified quality system, ForceBeyond delivers near-net-shape accuracy, excellent strength-to-weight ratios, and high surface smoothness. By combining high-speed automated casting with full in-house 5-axis CNC precision machining and protective surface coatings under our custom die casting services, we provide complete, assembly-ready components.
Selecting the ideal aluminum alloy depends on required mechanical strength, fluid pressure tightness, thermal conductivity, and environmental corrosion exposure. ForceBeyond casts a complete range of commercial aluminum die-casting alloys:
| Aluminum Alloy | Tensile Strength (MPa) | Thermal Conductivity (W/mK) | Key Features & Optimal Applications |
|---|---|---|---|
| Aluminum A380 | 325 | 96 | The industry workhorse. Delivers the best balance of mechanical strength, castability, and thermal performance. Ideal for engine brackets, gearboxes, and electronic enclosures. |
| Aluminum A360 | 317 | 113 | Superior fluid tightness, elevated corrosion resistance, and high strength at elevated temperatures. Perfect for hydraulic valve bodies and marine housings. |
| Aluminum 413 | 295 | 121 | Eutectic aluminum-silicon alloy providing maximum fluidity, high resistance to hot cracking, and pressure tightness for thin-walled manifolds. |
| Aluminum 383 | 310 | 96 | Formulated as an alternative to A380 for intricate, thin-walled die castings requiring improved die filling and hot tear resistance. |
| Aluminum B390 | 317 | 134 | High-silicon hypereutectic alloy offering exceptional hardness and wear resistance. Frequently used in internal combustion engine pistons, cylinder liners, and brake pistons. |
| Aluminum A413 | 290 | 121 | Offers excellent fluid tightness and low solidification shrinkage. Excellent for complex hydraulic cylinders and pressure-tight enclosures. |
High-pressure aluminum die casting is the ultimate process for high-volume, lightweight component manufacturing.
Because molten aluminum attacks standard iron pump components at high temperatures, aluminum die casting requires a **cold-chamber process**. Molten aluminum is metered into a cold shot sleeve before a hydraulic plunger forces the metal into the hardened H13 tool steel die at speeds up to 40 meters per second.
Enormous clamping pressures (up to 2,000 metric tons) hold the die shut against internal hydraulic forces, creating dense, non-porous castings with smooth surface finishes (63–125 RMS) ready for immediate secondary processing.
ForceBeyond acts as a single-source Tier-1.5 manufacturing partner. We manage the entire lifecycle—from tool design and simulation to casting, CNC machining, and surface finishing:
Our high-volume die casting foundries manufacture certified components across key industrial sectors:
Aluminum die casting is a high-speed precision process where molten aluminum alloy is injected under extreme pressure (1,500 to 25,000+ psi) into a reusable, hardened steel die cavity. It rapidly solidifies into near-net-shape components with thin walls, sharp detail, and exceptional dimensional stability.
Aluminum die casting offers drastically faster cycle times, tighter dimensional tolerances (ISO 8062 CT4–CT6), thinner minimum wall thicknesses (down to 0.060 in / 1.5 mm), and smoother surface finishes (63–125 RMS) compared to sand casting. While die tooling requires a higher initial investment, it significantly reduces per-part costs on mid-to-high volume production runs.
While aluminum naturally forms a protective oxide layer, custom surface finishes are frequently applied for enhanced corrosion resistance, wear resistance, or aesthetic appeal. ForceBeyond provides in-house anodizing, e-coating (electrophoretic painting), powder coating, chromate conversion (chem-film), and shot blasting.
Contact ForceBeyond’s engineering team to review 3D models, calculate clamping tonnage, evaluate alloy properties, and request DFM tooling feedback.
