BIO-C ® SEALER ÍON+
Finally there is a new choice!Description
Bioceramic root canal sealer ready to use.
Indication
Root canal filling of permanent teeth;
Internal resorption treatment.
Features and Benefits
Premixed
Dispenses mixing.
Resin-free
Easy to clean.
Excellent flow
Allows the obturation of acessory canals.
Cold and warm techniques
Flexible to the chosen technique.
Excellent flowability
Allows filling of accessory canals.
Cold and warm techniques
Flexible to the chosen technique.
Biocompatible
Does not cause tissue damage.
Low solubility
Prevents micro gaps in the material after setting.
Sets in the presence of moisture
Adequate working time.
Zirconium radiopacifier
Does not stain the tooth structure.
Presentation
Ref. 3843 - Packing with 4 0,5g syringes with 20 intracanal tips
Frequently Asked Questions (FAQ)
The recommended technique is to use it with gp cones, as sealer only should be harder to be removed if needed.
The setting time is ≤240 minutes and depends on canal humidity level.
No, moisture, which initiates the material setting, comes from apical tissues and dentinal tubules.
BIO- C SEALER ION+ has no resinous base. Its viscosity is given by a long-chain alcohol, the polyethylene glycol. Therefore, the product is more biocompatible and easier to clean.
The storage should be in a dry ventilated place and it SHOULD NOT BE STORED IN THE FRIDGE.
Yes, the product can be used for both cold single or lateral condensation techniques.
BIO-C SEALER ION+ is a non-resin based ready-to-use bioceramic sealer with a 65% bioceramic load. MTA-Fillapex is a resin based bioceramic sealer (salicylate resin), dual paste, with a 13% bioceramic load.
It is possible to perform 10 to 12 root canal obturations.
The BIO-SEALER ION + has in its composition modified calcium silicate and calcium sulfate which, when in
contact with water, are hydrated in the form of hydrated modified calcium silicate (Ca2MgSi2O7.H2O) and hydrated calcium sulfate (CaSO4. 2H2O), both are poorly soluble, causing saturation in the physiological environment and
consequently, precipitation of needle-shaped crystals. The imbrication of these needle-shaped crystals (CaSO4.2H2O) with modified Ca2MgSi2O7.H2O crystals provide cohesion and mechanical strength while promoting desirable expansion. A portion of the material in the form of calcium, magnesium, and hydroxyl ions can be absorbed quickly in contact with perirradicular tissues if accidentally extruded. However, Ca2MgSi2O7.H2O and CaSO4.2H2O are matrices that in the presence of the radiopacifying content (zirconium oxide) represent the insoluble part of the product, and exhibit high chemical stability, being not absorbed or solubilized.
The product has about 67.5% of bioceramic content in its composition.
Where to buy?
Check the availability of our products in your country.