ERA.Lithium disilicate.CAD

ERA.Lithium disilicate.CAD is a zirconia-reinforced lithium disilicate glass ceramic made from nano-quality raw materials, achieving a fine-grained microstructure with excellent processability and stable aesthetics. With its excellent mechanical strength, ideal tint and natural fluorescent opalescence, simple processing and minimally invasive capabilities, this product will become the ideal all-ceramic material for chairside aesthetic restorations.

Product advantage

  • Natural and vivid color, excellent aesthetic effect, excellent translucency through appropriate light scattering, vivid milky white with natural fluorescence.
  • Moderate strength, strength ≥400MPa after complete crystallization, and low abrasion to jaw teeth.
  • Suitable for veneer, inlay and crown restoration.
  • Short processing time, suitable for chair-side dental restoration, and short waiting time for patients.
  • Excellent bonding performance, low probability of patients falling off their teeth.
  • Easy to polish, reduce the wear of grinding head. The chip incidence is lower and the edge stability is high. Proper hardness and bending strength (not crystallized) ensure the long life of milling needles.

Available shades

Colors A1 A2 A3 A3.5 A4 B1 B2 B3 B4 C1 C2 C3 C4 D2 D3 D4 BL1 BL2 BL3 BL4 OM1 OM2 OM3
HT(C14)
LT(C14)
HT(B40)
LT(B40)

Technical Data

Composition SiO₂ 61%-71%, Li₂O 11%-17%, ZrO₂ 1%-5%, other oxides 6%-30%
Density(g/cm³) 2.4-2.7
Vickers hardness(MPa) 5400±400
Fracture toughness(Mpa·m¹⁄²) 2.55
Coefficient of ehermal expansion(10⁻⁶K⁻¹) 9.8±0.5
Crystallization Temp(℃) 840-850
Chemical solubility(µg/cm⁻²) 30.3
Radioactivity(Bq/g) <0.019
Cytotoxicity test Cytotoxicity level 0
Short-term systemic toxicity study (oral route) No systemic toxicity
Sensitization test Non-allergenic
Hemolysis test Hemolysis rate < 5%
Ames test Mutagenesis negative
Oral mucosal irritation test No oral mucosal irritation
Subchronic systemic toxicity test No subchronic systemic toxicity

Crystallization Curve

One-stage crystallization procedure starting temperature Drying time heating rate maintain temperature hold time Opening temperature vacuum begins Vacuum ends
400℃ 30s 40°C/min 840°C 7 min 700℃ 550°C 840°C
Two-stage crystallization procedure(recommended) starting temperature Drying time Heating Time Heating Time Hold time Hold Rate Holding Temperature Residence Time Furnace-opening Temperature Vacuum-on Vacuum -off
400℃ 6min 60℃/min 820℃ 10s 30℃/min 840℃ 7min 700℃ 550/820℃ 820/840℃

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