ParaCore is a dual-cured, glass-reinforced, radiopaque composite system available in three shades. The material simplifies the post & core restorative technique, because it is ideal for post cementation as well as core-build ups

Additionally, ParaCore in automix syringes is usable for cementation of indirect restorations.

The use of ParaCore as a fixing and abutment material establishes an optimum "monoblock bond interface" between dentin, post and crown to produce a restoration with an unusually long life and very high strength.

The perfectly matched bond and cement system form a closed product chain for clinically successful posts build ups with long-term stability.

Extended working time with ParaCore SLOW
The working time of the ParaCore SLOW is extended to 60 seconds at 37° C, which allows completion of large restorations or cementing posts without time pressure. The ParaCore SLOW setting version can also be injected directly into the root canal with the fine root-canal mixing tip.

COMPOSITION:

ParaCore contains:

• Methacrylates
• Fluoride
• Barium glass
• Amorphous silica

ParaBond Non-Rinse Conditioner (NRC) contains:

• Water
• Acrylamidosulfonic acid
• Methacrylate

ParaBond Adhesive A contains:

• Methacrylates
• Maleic acid
• Benzoyl peroxide

ParaBond Adhesive B contains:

• Ethanol
• Water
• Initiators

INDICATIONS:

• Permanent cementation for all types of root canal posts
• Core build-ups
• Permanent cementation of crowns, bridges, inlays, onlays (ceramic, metal, and composite)
• • One Material for 3 Key Indications (post cementation, core-build ups, crown & bridge cementation)
  • 3 Shades: dentin, white and translucent
  • Optimal monoblock bond interface between the dentin-post-crown
  • Superior bond strength and durability
  • Stable consistency
  • Contains fluoride
  • Radiopaque

  • Superior sealing:

  • Applying ParaBond Adhesive prior to cementation with ParaCore effectively seals and protects the restoration against marginal microleakage to minimize the risk of postoperative complications.
  • An independent In-Vitro study1 compared the amount of microleakage present following cementation of all-ceramic crowns using different composite luting cements.
  • Cross-sectioned human molars demonstrated significant differences in the amount of dye penetration (marginal microleakage) after thermal cycling.

  • TECHNICAL SPECIFICATIONS:

    Layer thickness	15 µm
    Shrinkage	3.50%
    Water absorption	18 µg/mm³
    Solubility in water	0.7 /0.6µg/mm³