Wilsun Hi-Tech Materials
Integrated developer and supplier of high-temperature nickel-alloy powders, wires, and casting parent alloy materials for metal additive manufacturing, with 38+ years in alloy processing and specialization for aerospace, nuclear, and medical applications.
- CEO / Founder
- 陶熏舜
- Team Size
- 51-200
- Stage
- Active
Technology & Products
Key Products
High-purity nickel-alloy powders, wires, and casting parent alloy materials for metal additive manufacturing.
Technological Advantage
Vertical integration of alloy casting, powder generation, and wire processing allows control over particle size distribution, chemical composition, and cleanliness—critical for LPBF part quality and aerospace qualification.
Differentiation
Value Proposition
High-purity nickel-alloy materials optimized for laser powder bed fusion and metal 3D printing; proven supply chain for demanding aerospace, nuclear, and medical applications with vacuum induction melting and electroslag remelting for quality assurance.
How They Differentiate
Dedicated focus on 3D metal printing materials (not diversified into other alloy markets); in-house manufacturing of wires and fine wires (vs. reseller model); heritage aerospace/nuclear supply chain for certified material traceability. Subsidiary of AnHui Xiangyu Group Stainless Steel Group.
Market & Competition
Target Customers
Aerospace manufacturers, nuclear power operators, EV makers, medical device manufacturers, 3D printing services
Industry Verticals
Commercial aerospace; Nuclear power; New energy vehicles; Medical devices; 3D metal printing services
Competitors
Carpenter-Additive; 6k-Additive; Meltio3d
Growth & Milestones
Growth Metrics
Total export value of $3,350,000 USD through 2023
Major Milestones
2023-06: Nanjing Wilsun Hi-Tech Materials (南京巍舜材料科技有限公司) founded, legal rep 陶熏舜; 2015: Shanghai Wilsun Materials founded; 2021-09: HongKong Wilsun Hi-Tech Materials Limited incorporated; 2025-01: Invested SuZhou Super Alloy Materials Tech (Changshu) for Ni-Alloy small tube/pipes; group heritage via Anhui XiangYu from 1995