EQUIA Forte HT
EQUIA Forte HT
0
Bulk fill glass hybrid long term restorative system
Description
EQUIA Forte HT is a new innovative member of GC’s Glass Hybrid family. A restorative system designed to provide you a unique long-term solution for your posterior restorations.
Related products
GC Exaflex
A-Silicone Impression Material
A-Silicone impression material in tubes for all popular impression techniques. Hydrophilic properties guarantee best results even in difficult situations.
Product Pdf:
GC ROCLEAN
Dissolving Agent for Dental Stones – Plasters and Gypsum Bonding Investments
For dissolving stone and plaster residues by immersion.
GC Cosmotech Vest Powder
Refractory Die Material
Phosphate-bonded refractory die material for all-ceramic restorations such as veneers, inlays or onlays.
GC FujiCEM 2 Mixing Tips SL, Refill (20pcs/pack)
Superior resin-modified glass ionomer luting cement powered by the innovative Force & Fusion Technology
When innovation and technology unite to bring you the simplicity you need
New FujiCEM 2 from GC is the result of an entire decade of continuous improvements along with the solid reputation of more than 150 million crowns cemented worldwide. Powered by the innovative Force & Fusion Technology, FujiCEM 2 rewards dentists with the assurance of a successful treatment. New FujiCEM 2 combines the best in handling characteristics and physical properties for your total peace of mind.
Whether you are in favour of automix or handmix, prefer a clicker type or syringe type of dispenser… FujiCEM 2 offers it all in 1 product.
Product Pdf & Video:
ر.ق125.00Add to cart
GC Stick
Fibre reinforcements for composites and acrylics
GC Stick provides a strong, aesthetic and profitable solution for strengthening composites and acrylics. It is made of silanated E-glass fibres embedded in a polymer matrix. This reinforcement can be used with light-cured, chemically-cured and dual-cured resins and composites, as well as with powder-liquid acrylics. The unidirectional Stick fibre bundle adds strength and stiffness to the material in the direction of the fibres.