GC Initial® LiSi Press, HT-E59 Refills - Contains: Five 3g ingots per container. - # 010324
GC Initial® LiSi Press, HT-E59 Refills - Contains: Five 3g ingots per container. - # 010324 GC Initial® LiSi Press, HT-E59 Refills - Contains: Five 3g ingots per container. - # 010324 GC Initial® LiSi Press, HT-E59 Refills - Contains: Five 3g ingots per container. - # 010324 GC Initial® LiSi Press, HT-E59 Refills - Contains: Five 3g ingots per container. - # 010324 GC Initial® LiSi Press, HT-E59 Refills - Contains: Five 3g ingots per container. - # 010324 GC Initial® LiSi Press, HT-E59 Refills - Contains: Five 3g ingots per container. - # 010324 GC Initial® LiSi Press, HT-E59 Refills - Contains: Five 3g ingots per container. - # 010324 GC Initial® LiSi Press, HT-E59 Refills - Contains: Five 3g ingots per container. - # 010324
SKU: 123403 - Ordered from Manufacturer - ETD 18 days
$133.58
Quantity:

Minimum quantity is 1.

Manufacturer #
010324
Manufacturer
Model
INITIAL LiSi Press
Colors
HT-E59
Features
HT High Translucen
Features
Press Tabs
ETD
18 days

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Description

GC INITIAL® LISI Press
High Strength Lithium Disilicate with HDM Technology
PRODUCT INFORMATION
GC INITIAL® LISI Press is a High-strength Lithium Disilicate ingot with proprietary HDM (High Density Micronization) technology that equally disperses micro-crystals—rather than traditional larger-size crystals—to fill the entire glass matrix, resulting in excellent physical properties and aesthetics. 
It has a biaxial flexural strength of >500MPa and virtually no reaction layer when divested. The material is wear resistant, stable after multiple firings and optimized for use with GC INITIAL® LISI veneering ceramic and GC INITIAL® IQ Lustre Pastes ONE.
SKU INFORMATION
Refills - Contains: Five 3g ingots per container.
Item Number
010324
Description
HT-E59
WHY CHOOSE GC INITIAL LISI Press?
Material is stable after multiple firings
Highly wear resistant
Virtually no reaction layer when divested
Excellent physical properties and aesthetics
Biaxial flexural strength of >500 MPa with HDM Technology
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