Angelus MTA 0.14gm

Rs. 1,000.00

Specifications

Features

Ions Calcium Release
Biological action.
Hydrophilic.
High alkalinity.
Low solubility
Calcium oxide
Aggregated oxides
High radiopacity

Ions Calcium Release: enhances formation of mineralized tissues; provides biological seal of perforations and total repair of damaged periradicular tissues.
Hydrophilic: can be used in humid areas without losing properties.
High alkalinity: antibacterial properties.
Low solubility: does not allow leakage.
Calcium oxide: promotes tissue biocompatibility.
Aggregated oxides: great compressive strength.
High radiopacity: higher radiopacity than that of dentin, allowing excellent radiographic visualization.
Setting time of 15 minutes: shorter setting time than similar cements.
Ions Calcium Release: enhances formation of mineralized tissues; provides biological seal of perforations and total repair of damaged periradicular tissues.
Hydrophilic: can be used in humid areas without losing properties.
High alkalinity: antibacterial properties.
Low solubility: does not allow leakage.
Calcium oxide: promotes tissue biocompatibility.
Aggregated oxides: great compressive strength.
High radiopacity: higher radiopacity than that of dentin, allowing excellent radiographic visualization.
Setting time of 15 minutes: shorter setting time than similar cements.

SKU:

Availability : In Stock Pre order Out of stock

Categories: Angelus consumables

Tags: Product

Share On

Description

Bioceramic reparative cement

MTA is used for root canal perforation, root-end resection, apexification, pulp capping & pulpotomy.

INDICATIONS:

Treatment of perforations of root canal and furcation caused iatrogenically or by caries lesion.
Via canal treatment of root perforation due to internal resorption.
Surgical treatment of root perforation due to internal resorption.
Periapical surgery with reverse filling.
Pulp capping.
Pulpotomy (removal of affected coronal pulp to preserve vitality of remaining pulp tissue).
Apexogenesis (induction of root development in vital teeth with an inflamed coronal pulp).
Apexification (induction of formation of a mineralized barrier at the root tip of young permanent teeth with incomplete root development and a necrotic pulp).