Name: Angelus Bio-C Sealer Bioceramic Root Canal Sealers 0.5gm
SKU: 9544
Availability: InStock

Angelus Bio-C Sealer Bioceramic Root Canal Sealers 0.5gm

Original price was: ₹2,640.00.Current price is: ₹1,640.00.

Angelus Bio-C Sealer Bioceramic Root Canal Sealers

Description:

More than biocompatible, it’s bioactive! Ready-To-Use Bioceramic Filling Cement.

Recommendations

Filling root canals.

Compositions

Calcium Silicates, calcium aluminate, calcium oxide, zirconium oxide, iron oxide, silicon dioxide and dispersing
agent

Bio-C Sealer is a non-resin cement that, in addition to its improved biocompatibility properties, also provides an easy
pulp chamber cleaning after endodontic obturation.
Bio-C Sealer is a ready-to-use bioceramic cement for root canal filling.
The bioceramic composition allows the release of calcium ions, which stimulates the formation of mineralized tissue.
Its mechanical and physical properties make it easy to manipulate and seal the canals, and its biological properties
and high pH confer safety and treatment success.

Dispenses mixing
Totally biological and easy to clean
Antibacterial action
Accelerated repair
Excellent radiographic visualization
Does not stain
Excellent flow
Easy to use
Prevents bacterial infiltration
Ready to use
Non-resinous
Alkaline
Bioactivity with release of calcium ions
High Radiopacity
Radiopacifier with Zirconium
Suitable fluidity
Injectable
Interaction with dentin

Key Specifications:

TECHNICAL INFORMATION
Biocompatible product ready for use;
Working time: 60 minutes;
Setting time: 120 minutes (2 hours) after insertion into the canal, according to ISO 6876; Important: Dry with paper cones, but without excessively drying the canal the moisture from the dentin tubules will initiate the material’s setting reaction.
Antibacterial and bacteriostatic due to its high alkalinity – pH: 12.5;
High radiopacity: 7 mm of aluminum scale, according to the ISO 6876 standard;
Does not suffer setting contraction;
It can be used, in addition to conventional techniques, in single-cone techniques and thermoplastic filling.