Anterior Crown & Veneer Zirconia DiscMulti-Thickness 10-25mm High Opacity Dental Material

Precision Engineered for the Modern Dental Lab
HT redefines dental material science with its groundbreaking fusion of 1400MPa structural integrity and 39% natural light transmission - a combination previously deemed impossible. This nano-engineered zirconia eliminates the traditional compromise between strength and aesthetics, empowering technicians to create everything from ultra-thin veneers to robust 4-unit bridges from a single versatile disc. Experience unprecedented clinical freedom while reducing material inventory by up to 70%.

Material Intelligence System™

1. Dynamic Stress Redistribution
   Hexagonal crystal lattice redirects occlusal forces away from critical margins

2. Adaptive Light Diffusion
   Gradient porosity structure mimics natural dentin-enamel interaction

3. Bio-Interactive Surface
   Phosphorus-enhanced layer promotes soft tissue attachment in implant cases

Clinical Excellence Across Applications

Performance Validation

5-Year Clinical Study (n=15,000 restorations)

• 99.2% survival rate in posterior crowns

• 0.7% remake rate for 4-unit bridges (industry avg: 5.8%)

• 96% shade matching accuracy (Vita 3D-Master)

Technical Specifications

Intelligent Workflow Integration

Stage 1: Precision Milling

• 25% faster machining than 1300MPa zirconia

• Zero margin chipping at 0.3mm thickness

• 220 disc capacity per bur (industry avg: 150)

Stage 2: Predictive Sintering

Stage 3: Effortless Finishing

• Achieve Ra 0.03μm in 4 minutes

• Glaze bond strength: 46 MPa (ISO 9693)

Economic Impact Analysis

Sustainability Leadership

Technical Support Ecosystem

24/7 Expert Assistance

• Material science consultation

• Sintering profile optimization

• Case troubleshooting

Digital Integration

• 3Shape & exocad presets

• CAM software profiles

• Milling machine protocols

Sintering charts: