Prime-Crown™
Prime-Crown™
A self cured bis-acryl auto-mix system with low viscosity, composed of Ethoxylated, Bis-gma multifunctional methacrylate esters, glass filler and nanofiller for a simple alternative to traditional materials. Prime-Crown™ produces minimal odor, shrinkage and heat generation. Good wear resistance for better translucency. Obtaining a smooth surface for esthetic appearance and protection against staining with satisfactory working time.
Benefits and Features
High polish. High compressive strength
Seven popular vita shades: A1, A2, A3, A3.5, B1, B2, Bleach
Low shrinkage. Low heat generation
Technical Data
Compressing strength: 340 MPa
Transverse strength: 76 MPa
Vickers hardness: 25 MPa
Linear polymerization shrinkage: 18%
Radiopaque: Yes
Glass Ionomer
Light-Cured Universal Restorative
Prime-Dent® Glass Ionomer Light-Cured Universal Restorative
Glass Ionomer Light-Cured Universal Restorative has new, smaller glass particles which allow greater density and assures a smoother, glossier, more attractive finish. The harder material offers higher abrasion resistance so the restoration retains a brilliant, longer discoloration-free surface finish.
Nothing rivals Glass Ionomer Light-Cured Universal Restorative in aesthetics, simplicity and economy when it comes to:
Class III and Class V Restorations
Cervical erosions/abfraction lesions
Root surface caries liner/base
Pediatric restorations
Base or liner (sandwich technique)
LC is perfect for Class III & Class V restorations, particularly cervical erosion / abfractions and root surface restorations sandwich technique.
Fluoride Protection
Prime-Dent® Glass Ionomer Light-Cured offers clinically significant fluoride protection.
Research has shown that high fluoride release into the tooth helps prevent recurrent decay. Prime-Dent® Glass Ionomer Light-Cured is recommended for use in pediatric and geriatric restorations and helps protect patients with rampant caries and multi-level treatment needs.
Non—Eugenol Temporary Cement
Prime-Dent® Non—Eugenol Temporary Cement
Cementation of crowns, bridges and splints. Retention of temporary crowns, sealing dressing in teeth during root canal therapy procedures. Trial cementation of permanent restorations prior to final insertion. Testing of interproximal contact prior to final placement.
Insoluble in mouth fluids and retains a tight marginal seal to prevent seepage of these fluids under the restorations. The cement will withstand functional stresses and permit ease of removal.
In addition it has sufficient flow to facilitate complete seating of the restorations. The product is intended for use less than 30 days.
Benefits and Features
Automix syringe system
Automix syringe prevents air bubbles
Different outlets prevent cross contamination
Efficient mixing reduces waste
Radiopaque
Non-Eugenol for use in cases where a Eugenol temporary cement is not recommended
Protects the gingival tissue
Saliva resistant
Excellent handling properties
Severely resists the forces of mastication to enhance patients comfort
Polycarboxylate Cement
Prime-Dent® Polycarboxylate Cement
Used primarily for final cementation of crowns and bridges. This luting cement has good biocompatibility, low film thickness of 13-18 microns and good insulating chracteristic. Material of choice for sensitive teeth and for preparations close to the pulp.
Zinc Phosphate Cement
Prime-Dent® Zinc Phosphate Cement
A very high strength permanent cement (131 Mpa compressive strength) representing perhaps the oldest and most well accustomed cement still in use. It also provides a good insulating layer against thermal shock.
GI Restorative
Radiopaque Glass Ionomer Restorative Cement
Prime-Dent® GI Restorative
A self-cured glass ionomer restorative. It’s high surface hardness provides for a durable restoration.
Benefits and Features
Available in multiple shades
Fluoride release
Radiopaque
Superior tear & bond strengths
Glass Ionomer Cement
Powder/Liquid System
Prime-Dent® Glass Ionomer Cement
Powder/Liquid System
An advanced formulation designed as a multi-purpose final cement for the cementation of crowns, bridges, inlays and onlays, as well as certain orthodontic applications. The cement chemically bonds to enamel, dentin and metal structures. Ideal for use as a liner under composite, amalgam or porcelain restorations where a thin lining is indicated.
The cement is radiopaque and has cariostatic properties by naturally releasing fluoride.
Dual Cure Composite Luting Cement
Prime-Dent® Dual Cure Composite Luting Cement
The cement is for use in final cementations of implant prosthesis, crown and bridges, inlays,onlays, veneers, cementation of posts & pins and periodontal splinting.
Benefits and Features
Quick Cementation
Automix Handheld Syringe
a) Convenient, economical and especially useful for multi-operatory practices
b) No mixing, no air bubbles, no wasted material due to over mixing
c) Ensures, predictable, accurate, consistent & homogeneous mix every time
Minimal Heat Generated. Protects pulp.
Radiopaque. Easy identification on X-rays.
Low Film Thickness. Provides easy placement of crowns and bridges.
Fluoride Release. Reduces secondary caries.
Technical Data
Composition Glass Ionomer in a Bis-GMA based matrix of dental resins, activator, catalyst and pigments.
Working time: 2 minutes
Setting time: 5 minutes
Compressive strength: 266 Mpa
Flexural strength: 133 MPa
Copal Varnish & Solvent
Prime-Dent® Copal Varnish & Solvent
Insulates against thermal and electric shock. Provides a strong bond between dentin and restoration. Chloroform free formula of varnish and sealant.
Zinc Oxide Eugenol Cement
Prime-Dent® Zinc Oxide Eugenol Cement
This material is a non-irritating formulation for the temporary cementation of crowns and bridges. It is presented in the form of a powder and liquid. Strong adhesion and easy removal.
Zinc Oxide Eugenol Cement
Reinforced Material (with fiber)
Prime-Dent® Zinc Oxide Eugenol Cement
Reinforced Material (with fiber)
This cement has a sedative effect on the pulp and is especially useful for cementation on prepared teeth with exposed dentinal tubules. The addition of polymers as reinforcing agents have transformed it into a final cement and intermediate restorative material with a compressive strength of 5400 psi. Offers excellent adhesion and easy removal.