Zhermack Elite HD+ Putty Soft Tubs Refill Elastomeric Impression Material - 2x250ml

Description:

Zhermack Elite HD+ Putty Soft Normal Set is a
high-performance A-Silicone impression material designed for fixed prostheses,
offering precision and reliability in a variety of clinical conditions.
Combining nanotechnology with hydrocompatibility, it provides exceptional tear
resistance, elastic recovery (over 99%), and dimensional stability for up to 15
days, even after disinfection. Its high viscosity ensures optimal performance
in a two-stage impression technique with standard trays. The material’s thixotropy
allows it to flow into detailed areas while remaining stable, and its color
contrast aids in easy interpretation of the impression. Additionally, its
biocompatibility ensures safety, even on damaged mucosae, making it ideal for
use in both patient-friendly and professional settings. The versatility of the
Elite HD+ range, with various viscosities and packaging options, allows
practitioners to select the best fit for their specific needs, ensuring both
accuracy and convenience.

Key Features:

• Hydrocompatibility: Flows smoothly over tooth surfaces and preparation margins, capturing fine details for an accurate impression.

• Thixotropy: The material flows when placed but does not run, staying stable once positioned in the mouth.
• High Tear Resistance: Resistant to tearing, ensuring durability and reliability during the impression-taking process.
• At Least 99% Elastic Recovery: Maintains dimensional accuracy by returning to its original shape after deformation.
• Dimensional Stability for Up to 15 Days: Maintains its shape even after disinfection, ensuring long-lasting accuracy.
• Biocompatible: Safe to use, even on damaged mucosae, reducing the risk of irritation or allergic reactions.
• Colour Contrast: Provides clear visual distinction between different viscosities, making it easier to interpret the impression.

These features contribute to its reliability, precision, and versatility in clinical applications for fixed prostheses.