| Industry | Representative Parts | Benefits of WC‑X | |----------|----------------------|------------------| | | Motor‑housing, battery‑module brackets | Weight reduction (≈15 %), high‑hardness wear surfaces, lower tooling cost. | | Aerospace | Turbine‑blade cores, landing‑gear housings | Precise tolerances, reduced post‑machining, compliance with AS9100. | | Renewable Energy | Wind‑turbine hub flanges, hydro‑pump casings | High corrosion resistance (via alloying), longer service life. | | Industrial Machinery | Heavy‑duty gearboxes, crusher liners | Direct hard‑facing reduces need for surface‑hardening heat treatment. | | Defense | Armored‑vehicle armor plates, artillery breech blocks | Hard‑facing > 55 HRC, high impact resistance, low radar signature (aluminum‑based alloys). |

| Step | Traditional Sand Casting | Hard‑New Casting (HNC) | |------|--------------------------|------------------------| | | Fine‑grained sand mixed with binders; manual core placement. | High‑density silica‑alumina composite molds pre‑heated to 250 °C, reducing thermal shock. | | Alloy selection | Standard carbon‑steel or aluminum alloys. | Ultra‑low‑carbon M‑H13 steel alloy enriched with 0.5 % vanadium and 0.2 % nitrogen for precipitation hardening. | | Pouring temperature | 1500–1600 °C (depending on alloy). | Optimised 1580 °C, enabling rapid solidification without segregation. | | Cooling & solidification | Natural air cooling; variable shrinkage. | Controlled directional cooling using an embedded copper‑cooled channel, achieving a uniform micro‑structure. | | Post‑treatment | Machining, heat‑treatment, surface finishing. | Integrated in‑mold induction hardening —the part emerges already at HRC 58–62 (Rockwell hardness). |

While the exact details of this project are unclear, it's evident that Woodman Casting is continuously seeking fresh talent and pushing the boundaries of adult entertainment.