HT Multi-Unit Bridge Zirconia Disc (3+ Units) 20mm Thickness Options 1400MPa Dental Material

Redefining Monolithic Excellence: Strength That Breathes
In the quest for the perfect balance between durability and aesthetics, HT emerges as the definitive solution. Engineered with nano-phase zirconia technology, this material achieves a revolutionary 1400MPa flexural strength while maintaining 39% light transmission – making it the first choice for labs demanding uncompromised performance in both anterior elegance and posterior resilience.

Material DNA: The Science Behind Perfection

• Crystal Architecture: 0.2-0.5μm grain size with yttria gradient stabilization

• Optical Innovation: Dual-refractive index layers mimic natural dentin-enamel interplay

• Stress Dispersion: Hexagonal lattice design redirects occlusal forces away from margins

Clinical Mastery Across Indications

Why BASE Outperforms Conventional Zirconia

▶️ The Thickness Paradox Solved
Conventional zirconia requires thicker copings for strength, sacrificing aesthetics. BASE's NCT® technology enables:

• 0.3mm marginal walls in veneers (vs. standard 0.5mm)

• 0.7mm occlusal reduction in molars (vs. 1.0mm industry standard)

▶️ Time-Lapse Validation

• 98.2% survival rate at 5-year clinical follow-up

• <0.05% framework fracture in 4-unit bridges (n=12,000 cases)

Technical Specifications

Workflow Revolution

From Disc to Delivery: 30% Fewer Steps

1. Milling

   • 22% faster than 1300MPa zirconia

   • Zero margin feathering at 40,000 RPM

2. Sintering

   • Predictable 20.1% shrinkage (±0.3%)

   • No warping in thin sections

3. Finishing

   • Achieve mirror polish (Ra 0.02μm) in 4 minutes

   • Glazing-free option for natural luster

Real-World Impact: Lab Efficiency Metrics

"After switching to BASE, our implant bar remakes dropped from 8% to 0.9% – the material pays for itself."
— Dr. Elena Rossi, ProTech Dental Lab, Italy

Certifications: ISO 13356 | FDA K191358 | CE 0478
Shelf Stability: 36 months (vacuum-sealed with oxygen absorber)
Note: For optimal results, use manufacturer-recommended sintering profile. Avoid rapid cooling below 800°C.

Sintering charts: