Magma NT Intro Kit 4*4

Description

Features-

• Easy handling due to high viscosity
• High polishibility
• High strength
• Abrasive resistance compared to natural tooth
• Excellent polishablity
• Natural surface luster
• Chameleon effect
• Natural fluorescence

Description-

Prevest-Denpro Magma Nt Composite Kits is low shrinkage composite with fillers in combination of nano silica and zirconia filler. Magma NT is a contemporary silica-zirconia nanoparticle based universal hybrid composite with 80% filler loading. The particle size of the fillers facilitate high polishability and superior surface luster. Natural fluorescence and a superior chameleon effect creates long lasting life like restorations. In combination with Fusion self etch bonding agent and Fusion flowable composites, Magma NT delivers reliable functional-esthetic restorations.

Magma NT is visible light curing composite designed for use in anterior and posterior restorations.

Fusion Bond 7 combines the ingredients needed for etching, priming, and bonding into a
single adhesive, thereby eliminating separate etching and priming steps of the bonding
process. Fusion Bond 7 adhesive can be used for the bonding of both direct and indirect
restorations.

Nano Coat Light Cured Protective Varnish is a protective coating for glass ionomer,
composite and temporary restorations. The Liquid glaze ensures improved aesthetics and
increased strength, toughness and protection.

Fusion Flo is an excellent flowable composite that delivers high strength & wear resistance. It
is Characterized by optimum surface affinity, penetrates into most difficult area.

Platina Hi-Gloss Composite Polishing Paste is water-soluble, aluminium oxide paste
designed for final polishing of anterior and posterior composite restorations and veneers. Platina Hi-Gloss Polishing Paste results in a final, high luster polished surface.

Indications :

• Direct anterior and posterior restorations
• Core build ups
• Splinting
• Indirect Restorations
• Class I,II, III, IV, V restorations
• Repair of fractured composite/ceramic laminates