Huge Gradient Multilayer 3D Prime Zirkon Blok 14mm C4

The Huge Gradient Multilayer 3D Prime Zirkon Blok, specifically in the 14mm C4 variation, represents an advanced material solution within the dental restoration category. This zirconia block is engineered using multilayer gradient technology, enabling a seamless transition in opacity and coloration throughout the material depth. Such characteristics contribute to the fabrication of prosthetic components with enhanced esthetic integration and anatomical accuracy. The material composition and structural design are optimized for compatibility with CAD/CAM milling systems, allowing precise shaping of crowns, bridges, and implant-supported restorations.

Manufactured under stringent protocols, this zirconia block features high flexural strength and fracture toughness, essential for load-bearing dental restorations. The multilayer gradient system mimics natural tooth translucency, offering variable translucency zones that correspond to the incisal and cervical areas of the tooth anatomy. The 14mm thickness dimension and C4 shade variant provide a balance between structural performance and color matching in the posterior dentition. This zirconia exhibits bonyocompatibility and bioinert properties, reducing risks associated with allergic reactions or implant failures related to material incompatibility.

Technical Specifications

• Material Type: Multilayer Gradient 3D Zirconia
• Thickness: 14mm
• Shade: C4 (according to VITA classical shade guide)
• Flexural Strength: Typically above 1000 MPa (varies with sintering protocol)
• Fracture Toughness: Approx. 4-5 MPa·m^1/2
• Manufacturing Compatibility: CAD/CAM milling blocks
• Layering Technology: Gradient transition enhancing chromatic and translucency variation
• Biodurability: High chemical stability in oral environment
• Biocompatibility: Certified for intraoral use with minimal tissue irritation

Clinical and Laboratory Applications

• Fabrication of single-unit crowns with natural esthetic layering
• Production of anterior and posterior fixed partial dentures
• Implant-supported restorations requiring resilient and esthetic frameworks
• Complex prosthetics necessitating gradient translucency matching
• Compatible with sintering furnaces designed for 3D zirconia materials
• Use in dental laboratories equipped with precise scanning and milling technology for digital workflows