Initial Spectrum Stains from GC:
Universal stains & glaze for the individualized staining and characterisation of ceramic materials
With Initial Spectrum Stains, GC offers a pallet of universal stains and glaze to be used for the individualized staining and internal as well as external characterisation of ceramic materials.
Being compatible to a wide CTE-range, the Initial Spectrum Stains are perfectly adapted to fit on nearly all types of dental ceramics.
A nice overview of GC’s painting solutions: Initial Lustre Pastes NF and Initial Spectrum Stains. The difference between the products, possibilities, FAQ, supportive materials and much more.
*Indications:
"For Staining & Glazing the Initial Spectrum Stains can be used on:
-Initial MC
-Initial Zr-FS
-Initial LiSi
-Initial Ti
-Initial LF
-Initial LiSi Press
-Initial PC
-Initial LRF Block
"Important:The Initial Spectrum Stains can be added in limited amounts to the dedicated Initial LRF Glaze Paste for individualisation
-Initial Zr Disk (sintered elements)
"For individualisation of layering materials the Initial Spectrum Stains can be used with:
-Initial MC
-Initial Zr-FS
-Initial LiSi
-Initial Ti
-Initial LF
*Advantages:
-A wide spectrum of use
The stains and glaze are developed for the external staining and glazing of tooth coloured ceramic materials and internal individualization of layering ceramics.
Compatible to a wide CTE-range, the Initial Spectrum Stains are perfectly adapted to fit on nearly all types of dental ceramics.
In particular they are adapted to the aesthetical colour concept of the Initial ceramic portfolio.
-A wide spectrum of colours
Initial Spectrum Stains are powder stains available in a variety of 16 colours empowering the aesthetics of your restorations.
-Adaptable consistency of the stains & glaze
By using either the Glaze or the Glaze Paste Liquid the stains & glaze can be adapted to the preferred consistency of the user.
Regardless the way of application a very fine end result will be obtained maintaining the surface texture and assuring an optimal gloss level.
