EverStick ORTHO Fiberglass - GC

: In stock

: EVSTK_ORTHO

304,00 € Regular price 380,00 €

EverStick ® from GC are silanated glass fibers incorporated into a gel of Bis-GMA and PMMA resins. On contact with dental resins, the outer sheath of the reinforcement...

304,00 €
Scanner un QR code
Vos commandes à portée de main :
un scan et c'est dans le panier !

EverStick ® from GC are silanated glass fibers incorporated into a gel of Bis-GMA and PMMA resins. On contact with dental resins, the outer sheath of the reinforcement partially dissolves, allowing the composite to penetrate.

EverStick® for everyday dentistry

everStick® fiberglass reinforcements have been developed to provide
practitioners of new modern solutions and patients greater comfort.
The fiber reinforcements are made of silanated glass fibers, a polymer
thermoplastic and a photopolymerizable resinous matrix.
everStick® products allow minimal dentistry that preserves tissues
health of the patient for as long as clinically possible, while allowing other treatment options should the patient need them in the future.

IPN - the heart of everStick® fibers

The quality of the bond between the fibers and the composite material is the determining factor in ensuring the longevity of the treatment. Only everStick® products have a unique, patented interpenetrating polymer network structure (IPN structure).
This network guarantees powerful adhesion allowing bonded restorations
long-lasting and easy to handle.

The IPN structure finds its importance in the possibility of redrafting the surfaces even after the final polymerization. Reactivation is crucial for superior bonding when
• restorations made in the laboratory are bonded to the teeth;
• fiber-reinforced composite devices are remodeled or repaired.

The IPN structure makes everStick® products fundamentally different
of all other existing fibers or composite materials.

Benefits of everStick® fibers

  • Minimally invasive and reversible, they offer the possibility of other therapeutic options
  • Superior mechanical properties
  • Unique patented bonding
  • As strong as metal
  • Elasticity close to that of dentin
  • Comprehensive research data
  • More than 300 publications and several dissertations
  • Long-term clinical data with an exceptional success rate

    Customer Reviews

    No reviews yet
    0%
    (0)
    0%
    (0)
    0%
    (0)
    0%
    (0)
    0%
    (0)