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Glazic Lithium Disilicate Glass Ceramic


                
            
Glazic Glass Ceramic
Product Introduction
Glazic is a zirconia-reinforced lithium disilicate material developed for highly aesthetic chairside and laboratory restorations. Manufactured with nano-grade raw materials, it features a fine and stable microstructure that supports smooth milling performance, natural translucency, and consistent shade reproduction. The material combines reliable mechanical strength with lifelike fluorescence and opalescence, helping restorations achieve a more natural final appearance.

Designed for efficient digital workflows, Glazic offers stable processing and simplified handling across restorative applications, including crowns, veneers, inlays, and onlays. Its balanced combination of aesthetics, durability, and machinability makes it a dependable solution for modern all-ceramic restorations from Besmile.

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Advantages

Super Strength

Super Strength

Ultra fine-grained microstructure with completely dissolved zirconia in glass.

Flexural Strength (3-point) ≥ 400 MPa (up to 3-unit anterior bridge)

Lifelike Aesthetics

Lifelike Aesthetics

Outstanding translucency from proper light scattering

Lifelike opalescence with natural fluorescence

Personalized aethetics with varied shades available

Simple Processing

Simple Processing

Ideal material for CAD/CAM processing with super strength

Lower chipping occurrence with high edge stability

Proper hardness and flexural strength(uncrystallized) guarantee milling burs long lifespan

Super Minimally Invasive

Super Minimally Invasive

Ultra-thin veneer to 0.3mm

Maximum preservation of natural tooth structure

Long-term management to maintain endodontic health

Material Properties

  • Composition
    SiO2, Al2O3, Li2O, Na2O, ZrO2, other oxides etc,
  • Density[g/cm3]
    ≥2.2
  • Vickers hardness[HV10]
    480-520(Crystallized)
  • Biaxial flexural strength[Mpa]
    ≥400
  • Fracture toughness[ Mpam1/2]
    >2.5
  • Chemical solubility[ µg/cm 2]
    <100
  • CTE(500℃)[ 10-6 K]
    9.7±0.5
  • Crystallization Temp. [℃]
    840

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