Bisco Aeliteflo Syringe Shade A2 Enlarge View
Bisco Aeliteflo Syringe Shade A2
 

Aeliteflo™

BISCO's flowable composites are versatile and can be dispensed and injected into the preparation without dripping or slumping.

Item No:
Dental Advisor 4.5 Rating
 

Description

Low Modulus Microhybrid Composite 

Aeliteflo is a light-cured composite with flow characteristics which make it ideal for Class V restorations, as well as Class III`s and small Class IV`s.

Unique Benefits

  • Extremely easy handling for effortless adaption to dentition
  • Microhybrid formula provides outstanding strength
  • Aeliteflo has demonstrated over 15 years of proven clinical experience

Clinical Significance

  • Aeliteflo leads to better retention due to its elastic properties. Excellent for abfraction lesions and Class V defects

Features & Benefits

Light-Cured

Light-Cured

Light cured composite.

Flowable

Flowable

Flowable viscosity allows composite to be easily dispensed and injected into the preparation without dripping or slumping.

Easy Handling

Easy Handling

Extremely easy handling for excellent adaptation to dentin.

Versatility

Versatility

Ideal for Class V, Class III, and small Class IV restorations. Aeliteflo can also be used as a liner for Class I and II restorations, pit and fissure sealant, small core build-ups, and more.

Elastic Properties

Elastic Properties

Elastic properties lead to better retention.

High Compressive Strength

High Compressive Strength

Superior compressive strength at 266 MPa.

 
 

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In what increments should Aeliteflo be applied?
Opaque white should be applied in 1mm increments. All other Aeliteflo shades can be applied in 1 – 2 mm layer/s.

How long should Aeliteflo be cured for?
Light cure each 1 – 2 mm increment for 20 seconds.

What is the significance of Aeliteflo’s low modulus of elasticity?
The elastic modulus of dentin is about 18 GPa whereas Aeliteflo is <6 GPa, giving it more elastic characteristics1. This is especially important in restoring a patient’s dentition with multiple abfraction lesions, where a highly filled stiff composite may ultimately fail.

 

1. Craig RG, Peyton FA. Elastic and mechanical properties of human dentin, J. Dent. Res. 1958; 37:(4) 710-718

 

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