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Occlusion

Ammdent Root Plus MTA

Ammdent Root Plus MTA

Regular price Rs. 2,699.00
Regular price Rs. 3,334.00 Sale price Rs. 2,699.00
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Features 

  • Good Compressive Strength.
  • Ions Calcium Release: Enhances the formation of mineralized tissues; provides the biological seal of perforations and total repair of damaged peri-radicular 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.

Description 

ROOT PLUS MTA powder is consisting of very fine hydrophilic particles of several mineral oxides.

After contact with ROOT+PLUS liquid, it forms a gel hardens to an impermeable barrier.

 

 COMPOSITION :

 

  • The powder is consisting of very fine hydrophilic particles of several mineral oxides

 

  • After contact with ROOT+PLUS liquid, it forms a gel hardens to an impermeable barrier.

 

INDICATION : 

 

  • Repair of root perforations during root canal therapy.

 

  • Root end filling(retrograde).

 

  • Root capping.

 

  • Root end filling(orthograde).

  

 ADVANTAGES:

 

 

  • Anti-microbial activity. 

 

  • Non-Toxic & Non-mutagenic.

 

  • Vasoconstrictive. Beneficial for hemostasis most important in pulp-capping.

 

  • Excellent long-lasting sealability.

 

  • Decreases solubility.  

 

  • Ability to set even in moisture or blood.

 

  • No Dimensional Changes in the setting. 

 

  • Minimum micro linkage through long setting time prevents setting time, prevents setting shrinkage.

 

  • High success rate.

 

  • Alkaline Ph, Which may impart an antibacterial effect on some facultative bacteria.

 

  • It can induce the formation of dentin, cementum, bone and periodontal ligament.

 

  • Excellent biocompatibility and appropriate mechanical properties.

 

  • Produces and artificial barrier, against which an obturating material can be condensed.

 

  • More radio-opaque than Ca(OH).
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