Diadent Diafil Flow Flowable Composite Refills

• Excellent Flow and Optimal Viscosity: The composite resin exhibits superior flow characteristics, ensuring easy and precise placement during dental procedures.
• Easy and Fast Placement: Diafil Flow facilitates efficient and quick application, streamlining the dental workflow for practitioners.
• Excellent Color Adaptability: The material adapts well to the natural color of the tooth, contributing to esthetically pleasing restorations.
• Reduced Polymerization Shrinkage: Unique fillers in the formulation help minimize polymerization shrinkage, reducing the risk of post-operative sensitivity and secondary cavities.
• High Fracture Toughness: Diafil Flow boasts high tensile and compressive strengths, ensuring long-lasting and durable results in dental restorations.
• High Radiopacity: The material's high radiopacity ensures clear visibility on X-rays, aiding in accurate diagnostics.
• Nine Beautiful Shades: With a variety of shades available, Diafil Flow provides options for natural-looking esthetics and high-gloss polishability.

Composition:

• Diurethane dimethacrylate
• Ethoxylated Bisphenol-A-dimethacrylate
• Barium-aluminosilicate
• Silicon dioxide
• Ytterbium Fluoride Inorganic Filler(average particle size of 0.05-2.5µm) Content: about 62%

Shelf Life:

• 3 years from the manufacturer date when stored according to the directions.

Storage:

• Avoid high temperatures and direct sun light.
• Keep it in a dry and cool place (2°C∼27°C).
• Close the cap immediately after use.
• Keep away from children.

• 1 x 2gm Syringe
• 10 x Disposable Tips

• Preparation: Begin by preparing the tooth surface according to the specific dental procedure. Ensure the area is clean and free of debris.
• Isolation: Use appropriate isolation techniques, such as rubber dams or cotton rolls, to keep the treatment area dry and saliva-free.
• Dispensing: Dispense the Diafil Flow flowable composite from the syringe onto a mixing pad or other suitable surface. Ensure proper handling to prevent cross-contamination.
• Application: Using a suitable dental instrument, apply the flowable composite to the prepared tooth surface. Utilize the material's excellent flow characteristics for precise placement.
• Layering: If necessary, the material can be layered to achieve the desired restoration thickness. Each layer should be adequately light-cured before applying the next.
• Light-Curing: After placement, use a dental curing light to polymerize and set the composite.
• Finishing and Polishing: Once the material is cured, finish and polish the restoration as needed to achieve the desired esthetics and contour.
• Evaluation: Evaluate the final restoration for proper fit, occlusion, and esthetics. Make any necessary adjustments to ensure patient satisfaction.

• Country Of Origin: Korea
• Manufacturer: Diadent

Warranty is not applicable for this product

Question: Can Diadent Diafil Flow Flowable Composite Refills be used for splinting cases?Answer: Yes, Diadent Diafil Flow Flowable Composite Refills can be effectively used in the splinting of mobile teeth. Its excellent flow properties and bonding capabilities make it a suitable choice for stabilizing teeth, enhancing both functionality and aesthetics in dental treatments.

Question: What is Diadent Diafil Flow used for?Answer: Diafil Flow is a light-cured radiopaque flowable composite resin. It is commonly used for restorations in minimally invasive cavity preparations, including Class III, V, and shallow Class IV restorations.

Question: Is Diafil Flow suitable for repairing temporary materials?
Answer: Yes, Diafil Flow can be used to repair small defects in esthetic indirect restorations, including those made of composite or ceramic materials.

Question: Can Diafil Flow be layered?
Answer: Yes, Diafil Flow can be layered to achieve the desired restoration thickness. Each layer should be properly light-cured before applying the next.

Question: What are the key features of Diafil Flow?Answer: Diafil Flow offers excellent flow and optimal viscosity, easy and fast placement, exceptional color adaptability, reduced polymerization shrinkage, high fracture toughness, and high radiopacity.