Prevest Fusion Core Dc Flo (9gm)

• Light curing for time saving application
• Additional chemical curing for complete polymerisation
• Low heat development even in bulk application
• Flowable, non-slumping formula for convenient placement
• Low shrinkage properties

Technical Data:

1) Working Time: 60 sec.
2) Setting Time: 3 - 4 min.
3) Compressive Strength: 140 - 150 MPa.
4) Flexural Strength: 60 - 70 MPa.
5) Film Thickness: 50 µm

Composition:

Base Paste: Bisphenol A Glycidyle Methacrylate, Ethoxylated Bisphenol A Dimethacrylate, Triethylene Glycol Dimethacrylate, Silanated Barium Glass Powder, Amorphous Fumed Silica, Curing Agents and Stabilizers.

Catalyst Paste: Bisphenol A Glycidyle Methacrylate, Ethoxyated Bisphenol A Dimethacrylate, Ethoxlated, Triethylene Glycol Dimethacrylate, Silanated Barium Glass Powder, Amorphous Fumed Silica, Curing Agents and Stabilizers

Cautions: Use of zinc oxide, eugenol containing materials must be avoided.

Storage Conditions: Store at temperature between 10°C to 24°C. Close the cap carefully after use. Keep away from moisture. Shelf life not affected after opening if stored in a cool dry place.

Shelf Life: 2 years from the date of manufacturing.

• 1 x Automix Syringe 9gm
• 10 x Intra-oral Tips
• 10 x Endo Tips
• 1 x Instruction Manual

• Sufficiently dry the working area.
• Prepare the cavity suitably for the restorative treatment and should be minimally invasive in order to protect healthy dental hard tissue.
• Clean and dry the cavity.
• Protect the pulp suitably with a light cure cavity liner preferably with Cal LC or Fusion I-Seal.
• Apply Fusion Bond DC to the prepared cavity.
• Remove the cartridge cap and attach a mixing tip.
• Attach intra oral tip if required.
• Place matrix around the prepared tooth and apply Fusion Core DC Flo directly from the cartridge.
• Allow 3-4 minutes for the material to set properly.
• Light cure for 40 sec.
• Restoration can be finished immediately after light curing.

• Country of Origin: India
• Manufacturer: Prevest Denpro

Warranty is not applicable for this product.

Question: Can we use prevent fusion core DC flo for zirconia crown cementation?
Answer: No, Prevest Fusion Core DC Flo is designed specifically for core build-up procedures in vital and non-vital teeth, as well as the luting of root posts. It is not intended for cementing zirconia crowns.

Question: Which bonding agent is best with this material?
Answer: The best bonding agent to use with Prevest Fusion Core DC Flo (9gm) is Prevest Denpro Fusion Bond DC.
To buy you need to search Prevest Denpro Fusion Bond Dc on Oralkart.

Question: Is Prevest Fusion Core DC Flo (9gm) suitable for both cementation of posts and core buildup procedures?
Answer: Yes, Prevest Fusion Core DC Flo (9gm) can be used for both cementation of posts and core buildup procedures.

Question: Why does fusion dual cure resin cement has same ingredients as Prevest Fusion Core Dc Flo?
Answer: The composition of Prevest Fusion Core Dc Flo and Prevest Fusion Ultra D/C differs significantly. Fusion Ultra D/C contains Bisphenol A Glycidyl Methacrylate, Ethoxylated Bisphenol A Dimethacrylate, Triethylene Glycol Dimethacrylate, radiopacifiers, fillers, curing agents, stabilizers, and pigments. In contrast, Fusion Core Dc Flo includes Silanated Barium Glass Powder and Amorphous Fumed Silica in addition to the aforementioned ingredients, providing different properties and functionalities for core build-up applications.

Question: Does it require etching before application?
Answer: Prevest Fusion Core Dc Flo necessitates etching before application, followed by the use of a bonding agent. Dental professionals can opt for either a self-etch bonding agent or an etch-and-rinse bonding agent. Following etching and bonding agent application, Fusion Core Dc Flo is placed directly into the cavity for core build-up, ensuring proper adhesion and restoration integrity.

Question: Is it radio opaque?
Answer: Prevest Fusion Core DC Flo (9gm) is radio-opaque, ensuring visibility on X-rays for accurate placement. This feature aids in effective diagnosis and monitoring during dental procedures.