Angelus MTA Repair HP - High Plasticity Reparative Cement

MTA REPAIR HP - Bioceramic based high-plasticity reparative cement.

• The same efficiency with superior handling. Bioceramic based high-plasticity reparative cement.
• MTA (Mineral Trioxide Aggregate) has its established use in Endodontics due to the clinical results proven through numerous scientific studies. However, due to the physical properties inherent to the powder of the product, the “sandy” consistency hinders manipulation and transport of the material to the site of repair.
  To improve these characteristics, ANGELUS® has developed a new formulation called MTA REPAIR HP – “High Plasticity” MTA.

• This new formula maintains all the chemical and biological properties of the original MTA, which guarantees the success of the treatment, but changes its physical properties of manipulation. The result is a product with greater plasticity, facilitating manipulation and insertion in the dental cavity. 
  

Composition

• Powder: Tricalcium silicate 3CaO.SiO2; Dicalcium silicate 2CaO.SiO2; Tricalcium aluminate 3CaO.Al2O3;
  Calcium oxide CaO; Calcium Tungstate CaWO4;
  
  
• Liquid: Water and Plasticizer.
  

Restorative cement ready for use

• MTA REPAIR HP is an endodontic restorative cement with high plasticiy, composed of mineral oxides in the form of fine hydrophilic particles. It is indicated for cases of root perforation (canal and furcation), iatrogenic or by caries, root perforation by internal resorption, retrofilling, direct pulp capping pulpotomy, apexigenesis and apexification.

Advantages over other materials

• New formula whose particle size after hydration allows for easy manipulation and insertion into the dental cavity. Addition of a radiopacifier (CaWO4) which does not cause staining of the root or dental crown

Low solubility

• Excellent marginal sealing capacity through controlled setting expansion which impedes the migration of microorganisms and fluids to the inside of the root canal
• Excellent biological sealing of root perforation (channel and furcation) to induce formation of periradicular cement Promotes the formation of a dentin bridge when used in pulp capping. Allows for use in wet medium without change of its properties.

Recommendation

• Endodontics: for accidents and endodontic complications.
• General Clinic: for direct pulp capping.
  Pediatric dentistry: for pulpotomy

Benefits

• No contaminants or heavy metals
• Better handling and insertion
• Does not stain the dental structure
• Induces biomineralization
• Prevents bacterial growth
• Optimizes the time and the us