Natural peri-implantitis protection Bactericidal luting cement for implants
Copper ions can move freely in the cement structure and are released to the matrix environment in time. Due to their high affinity, they react with negatively charged functional groups of polypeptides from bacteria. The thus resulting bonding reactions alter the molecular structure of the polypeptides, which leads to a loss of function. The polypeptides (e.g. the transport proteins that are responsible for the regulated transport of substances across cell membranes) thus become worthless for the bacterial cell, which dies. This bactericidal activity therefore inhibits the formation of an undesirable biofilm.
Areas of Application
- Definitive cementation of implant-supported crowns and bridges
- Cementation of inlays, onlays, crowns and bridges made of precious metal, non-precious metal and ceramic
- Cementation of restorations made of zirconium oxide and aluminium oxide ceramic as well as lithium disilicate ceramic
- Cementation of orthodontic bands
- Cementation of retention pins and screws
Benefits
- Radiopaque for easy follow-up
- Easy removal of excess material
- Environmentally compatible
- Allergies against copper are extremely rare
| READY2PROTECT CEMENT4IMPLANT | |||
|---|---|---|---|
| Order No. | Package size | Colour | Composition |
| 8007015 | Stick 20 x 1 g powder Tube 1 x 10 ml liquid |
— | Powder: Zinc oxide, magnesium oxide, copper salts Cement liquid: o-phosphoric acid |
| READY2PROTECT | |||
|---|---|---|---|
| Order No. | Package size | Colour | Composition |
| 8007010 | Stick 10 x 1 g powder Tube 1 x 5 ml liquid |
— | Powder: Zinc oxide, magnesium oxide, copper salts Cement liquid: o-phosphoric acid |
Download
[wp-svg-icons icon=”file-3″ wrap=”i”] Instruction for Use