MTA 0.14g

Mix it with distilled water

Material For Filling And Rebuilding Of The Root Canals – White

The Product Is Intended For Dental Treatment As A Material For Filling And Remineralisation Of Root Canals. The Compound Cures In 6 To 10 Minutes After Mixing With Water. The High Content Of Calcium Ions Remineralises The Tooth Tissue. The Silicon And Calcium Compounds Support Tissue Regeneration After Wall Perforation And Intracanal Resorption. MTA+ Is Especially Recommended In:
– Root Canal Wall Perforation
– Intracanal Resorption
– Filling Of The Posterior Root Apex
– Direct Coating Of The Pulp
– Pulp Amputation
– Treatment Of Teeth With Interrupted Root Development.
MTA+ Is Not Suitable As A Standalone Permanent Root Canal Filling.

Composition:

MTA+ Powder: Calcium Oxide, Oxides Of: Silicon, Iron, Aluminium, Sodium, Potassium, Bismuth, Magnesium, Zirconium; Calcium Phosphate.
MTA+ Liquid: Ph. Eur. Purified Water.

Properties Of MTA+

MTA+ Is Especially Recommended In:
• Root Canal Wall Perforation,
• Intracanal Resorption,
• Filling Of The Posterior Root Apex,
• Direct Coating Of The Pulp,
• Pulp Amputation,
• Treatment Of Teeth With Interrupted Root Development.

MTA+
• The High Content Of Calcium Ions Remineralizes The Tooth Tissue
• Supports Tissue Regeneration After Wall Perforation And Intracanal Resorption.
• After Mixing With The Liquid, The Working Time Is About 6-10 Minutes And The Material Is Fully Bonded After 3-3,5 H.

1. Place On The Mixing Plate Content Of MTA+ Powder From The Glass Vial And 1-2 Drops Of MTA+ Liquid Dosed By The Pipette
2. Mix Them Within 30 Sec Until Obtaining Consistency Of The Wet Sand (Pic.4). If The Consistency Of Mixture Is Too Much Dense Or Crumbly It Is Necessary To Add Next Drop Of The Liquid (Or Distilled Water).
3. Insert  Preparation Into Selected Field By Means Of The Amalgam Carrier (Pic.5). After Mixing With MTA+ Liquid (Or Distilled Water) The Prepared Mixture Should Be Used Within 10 Minutes After Preparation.

Comparison Of MTA Grains Taken With Scanning Microscope

MTA+ Cerkamed Is Characterized By The Smallest Grain Size In Comparison To Materials Of Other Manufacturers

Why The Smaller Grain Is Better?
• Facilitates Penetration Of Calcium Ions To The Demineralized Tissue
• Facilitates Packing Material In The Application Site
• Facilitates Preparation
• Increases  Filling Tightness
• Increases  Material Strength
• Homogeneous And Phasing Of The Material Reduces Setting Time 

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