Core Characteristics of CGI Modeling Liquid
Ash-Free Burnout
Designed to leave no residue during firing, ensuring a clean and precise ceramic finish.
Universal Compatibility
Suitable for use with a wide range of ceramic systems, including PFM, zirconia, and lithium silicate layered ceramics.
Enhanced Condensing Properties
Helps porcelain particles pack more tightly, reducing air bubbles and particle segregation for a denser, smoother build-up.
Improved Flow and Sculpt ability
Optimizes surface tension and flow characteristics, making porcelain easier to layer, shape, and contour.
Reduced Stickiness
Minimizes adhesion to instruments, allowing for cleaner and more controlled application.
Moisture Retention
Keeps porcelain moist longer, reducing the need for frequent re-wetting and preventing dry-out between layers.
Minimized Shrinkage
Helps maintain dimensional stability during firing, reducing the risk of pulling away from margins or interproximal tearing.
Color Enhancement and Stability
Promotes truer, more uniform shades with better translucency and depth, contributing to natural-looking restorations.
Time Efficiency
Speeds up the build-up process and shortens working time, making it ideal for high-volume or precision-focused dental labs.
Application Versatility
Can be used with dentine, enamel, incisal, and shoulder porcelains.
