Description
Advantages
- 100% microwave compatible
- Reliable and uniform polymerisation
- High stability and long lasting
- High surface hardness
- Optimum dimension
- Easy to de-flask
Additional information
| Weight | 1 kg |
|---|
0
Microwavable Flask
Special fibre reinforced flask for the polymerisation of Acron MC in microwave ovens.
Advantages
| Weight | 1 kg |
|---|
Type 4 Model Base Stone
Newly developed type 4 dental stone for basing dentate arches and opposing models.
Can be used in a thin fluid or thixotropic consistency without change in physical properties.
Product Pdf:
ر.ق170.00Add to cart
Self-adhesive Posterior Restorative
The name EQUIA stands for “Easy – Quick – Unique – Intelligent – Aesthetic” and denotes a totally new approach to filling therapy: restorations based on glass ionomer technology have never been so aesthetic and translucent, high-performing and economical! EQUIA is the first to combine quick and easy handling with perfect physical and incomparably aesthetic properties. Recent clinical studies and evidences indicate that EQUIA can be used as a long term restorative material in stress bearing Class I and in limited sized Class II cavities! This makes EQUIA the most ideal alternative to amalgams and compomers.
Product Pdf:
Adhesive for bonding composite to Ceramics
Is used to bond laboratory resins, composites and acrylics to ceramic surfaces.
Product Pdf:
Resin Modified Glass Ionomer Luting Cement
FujiCEM Automix: all the brilliant benefits of the exclusive FujiCEM Paste Pak dispensing system in a brand new, ultra-convenient automix delivery system.
Product Pdf:
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.
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