This high-quality Ni-Cr alloy powder is specifically developed for dental 3D printing applications and complies with ISO 22674 standards. The powder features sphericity of 0.86 and flowability of 29.3s/50g, ensuring smooth spreading and stable printing. Printed parts deliver a high-gloss finish after polishing, with yield strength of 754MPa, bending strength of 1300MPa, and elongation of 45.4% – combining high strength with excellent ductility. Metal-ceramic bond strength reaches 42.2MPa, with CTE well-matched to veneering porcelains for reliable bonding. Suitable for crowns, bridges, and porcelain-fused-to-metal restorations. Available in three particle size ranges: 10~30μm, 10~45μm, and 15~53μm, with 5Kg standard packaging to meet diverse dental laboratory production needs.
TC4 ELI（Grade 23）titanium alloy powder specifically designed for dental 3D printing, combining lightweight, high strength, and excellent biocompatibility for precision dental prosthetics including crowns, bridges, and frameworks.
This high-quality Co-Cr-W alloy powder is specifically developed for dental SLM（Selective Laser Melting）3D printing applications and complies with DIN EN ISO 22674 Type 5 standards. The powder delivers exceptional mechanical properties – yield strength of 760MPa, ultimate tensile strength of 1090MPa, hardness of 425HV10, and metal-ceramic bond strength ≥25MPa, combined with good ductility and elastic modulus. The coefficient of thermal expansion（14.4×10⁻⁶K⁻¹）is well-matched with dental veneering porcelains, ensuring reliable metal-ceramic bonding. Suitable for removable partial denture frameworks, clasps, and porcelain-fused-to-metal restorations. Available in three particle size ranges: 10~30μm, 15~45μm, and 15~53μm, with 5Kg standard packaging to meet diverse dental laboratory production needs.
Dental 3D Printing Co-Cr-Mo-W Alloy Powder ISO 22674 This high-quality Co-Cr-Mo-W alloy powder is specifically developed for dental 3D printing applications. Featuring high sphericity (0.88), excellent flowability, and stable particle size distribution, it ensures smooth powder spreading and stable, efficient printing. Printed parts demonstrate outstanding mechanical properties – tensile strength of 918MPa, bending strength of 1423MPa, elongation of 18.5%, and metal-ceramic bond strength of 47.8MPa. The excellent clasp rebound performance makes it particularly suitable for removable partial denture frameworks, clasps, and fixed restorations. Available in multiple particle size ranges: 10~30μm, 15~45μm, and 15~53μm, with 5Kg standard packaging to meet diverse dental application needs.
