ESTESIL H2TOP Putty Soft
ESTESIL H2TOP Putty Soft is an addition reaction paste for manual mixing for impression taking in polyvinylsiloxane with highly wettable surfactant hydrophilic fillers.
It has a high viscosity with mechanical properties ideal for impression taking in the dual phase two viscosity technique (putty-wash technique). As a base in the dual phase two viscosity technique, of impressions for: crown, bridges, inlays, onlays and veneers. ESTESIL H2TOP Putty Soft can be used with most trays on the market with adequate retention perforations or retentions features.
Indications
As a base in the dual phase two viscosity technique, of impressions for:
✔ crown
✔ bridges
✔ inlays
✔ onlays
✔ veneers
Available colours
✔ white/yellow
Properties and benefits
✔ 2 minutes maximum workingtime
✔ 3.30 minutes total setting time
✔ dimensional stability
✔ elastic recovery
✔ perfect tear strenght
✔ maximum contraction in the first minutes after removal of the impression
✔ maximum elasic recovery after 6 minutes
Flowability
ESTESIL H2TOP has excellent flow properties, ensuring precise detail reproduction, even beyond the preparation margin. This accuracy is the basis for a precise restoration, because no restoration can be better than the impression that created it. The shark fin test was used to measure the flowability and viscosity of ESTESIL H2TOP. A higher fin is equivalent to excellent flowability.
Packaging
Refill: Putty soft (2 x 300ml + 2 measuring scoops)
Instructions for use
Safety data sheets
These dentists recommend this product
"ESTESIL by Tokuyama Dental is an excellent impression material for daily use."
Awarded products - multiple certified service
- * Our Class IIa devices are certified as a medical device in the European Union under the Medical Device Directive 93/42/EEC by SGS CE1639, exclusively for the indication(s) detailed into the corresponding IFUs. Other non-medical uses ascribed to these devices are not within the scope of CE certification, and users should be aware product performance and/or safety has not been evaluated by SGS for those purposes.