A1-B4 Shade Zirconia Disc Thickness Options Ultra-Translucent Multilayer Structure

A1-B4 Shade Zirconia Disc,Thickness Options, Ultra-Translucent Multilayer Structure

The Ultimate Solution for High-Value Aesthetic Practices
Elevate your restorative outcomes with SHT-ML – the high-translucency zirconia delivering premium aesthetics at competitive costs. Featuring 45% light diffusion and 900MPa strength, this material outperforms lithium disilicate in durability while matching its optical properties. With optimized 9-shade system and simplified workflow, reduce lab costs by 30% while achieving 98% patient satisfaction.

Value Proposition

Practice Economics Calculator

Technical Highlights

• Nano-Phase Stabilization: 6.5-8.0% yttria prevents aging

• Light-Optimized Matrix: 0.4μm grain size enhances transmission

• Bio-Integration Surface: Phosphorus-enriched layer for soft tissue attachment

• Radiation-Safe: <0.1 Bq/g (below natural background)

Clinical Workflow

Step 1: Digital Design

• 3Shape/exocad presets included

• Margin line optimization tools

Step 2: Precision Milling

• 25% faster than lithium disilicate

• Zero chipping at 0.3mm features

Step 3: Efficient Sintering

• 1500°C with 90 min hold

• Uniform 20.1% shrinkage

Step 4: Chairside Delivery

• No try-in adjustments needed

• Immediate patient acceptance

Global Case Studies

Spain - High-End Aesthetic Clinic

• 142 veneers in 6 months

• 0% remake rate

• 99% patient satisfaction

USA - Cosmetic Focused Practice

• 68% increase in elective cases

• 38% higher case acceptance

Japan - Digital Workflow Leader

• 50% reduction in chairside time

• 92% lab utilization rate

Specifications

Recommended sintering curve
(ST/ST-C/ST-ML/SHT/SHT-C/SHT-ML/UT-ML/3D-Pro-ML)

Ultra-Translucent Multilayer Zirconia

Multilayer A1 Shade Zirconia Disc

A1 B4 Multilayer Zirconia Disc

A1-B4 Shade Zirconia Disc Thickness Options Ultra-Translucent Multilayer Structure Images