Zhermack Zetaplus Putty Impression Material

Features:

High initial flowability
Green colour
Spearmint flavour
Reduces mucous compression in the phase of insertion in the oral cavity
Excellent hardness after setting
In the two-stage technique, it acts perfectly as a special tray
In double mixing, it adapts to the consistency of low viscosity fluid
Variable working and setting times according to catalyst quantity (Indurent gel)

Description:

Zetaplus by Zhermack is a condensation silicone elastomeric impression material indicated for final impressions. The Zetaplus system has been consistent in maintaining its high performance and has been accepted widely for over 25 years. Zhermack Zetaplus is a condensation silicone impression material which is hydro compatible and used for high precision impressions. It is characterized by high initial flowability in the working phase and high rigidity after hardening. It is supplied in a green color and spearmint flavor. It is mostly used in two stage technique but can also be used in single-stage technique with two viscosities. The optimum catalyst dosage increases the working time and reduces contraction. This maintains an ideal balance between working and setting time. With high-activity spheroid filler Synthetic Amorphous Silica (SAS), improved flowability and dimensional stability has been achieved.

REDUCED MARGIN OF ERROR

Clear colour contrast to reduce the risk of error, consequently saving time and material.

BALANCED REACTIVITY

Ideal balance between working time and setting time. (Snap-set effect).
Optimal dosage of the catalyst increases the available working time and reduces contraction

“FLOW CONDITIONING” EFFECT

Increased flowability and extreme dimensional stability are achieved thanks to SAS (Synthetic Amorphous Silicas) high-activity spheroid fillers

Key Specifications:

ISO 4823 – ADA 19	Type 0 Putty Consistency
Mixing time	30”
Total working time (23°C/73°F)	1′ 15”
Time in mouth	3′ 15”
Setting time (23°C/73°F)	4′ 30”
Compressive deformation (min-max)	2 -5 %
Elastic recovery	>98%
Dimensional stability (after 24 h)	<-0.2%