Speedex Putty: Premium C-Silicone Putty for High-Accuracy Dental Impressions

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Speedex Putty is a premium C-silicone impression material designed for taking high-accuracy preliminary and final impressions. This putty-like material, available in convenient dispensing jars, offers exceptional handling characteristics and is suitable for both single-mix and double-mix (two-phase) impression techniques.

Unlike traditional C-silicones, Speedex Putty exhibits remarkable A-silicone-like properties, significantly minimizing shrinkage and ensuring exceptional dimensional stability. This ensures consistent accuracy and allows for model pouring up to seven days after impression taking without compromising quality.

Its hydrophilic nature ensures that saliva and blood contamination do not affect the accuracy of the impression. Furthermore, Speedex Putty is latex-compatible and boasts excellent adhesion. The setting time is easily adjustable by controlling the amount of activator used, providing greater flexibility and control during the impression process.

Key Advantages of Speedex Putty:

• Exceptional Dimensional Stability: Maintains accuracy during setting and storage, crucial for precise model fabrication.
• Extended Pouring Time: Allows for model pouring up to 7 days post-impression, offering greater scheduling flexibility.
• Hydrophilic Properties: Unaffected by saliva or blood contamination, resulting in cleaner and more accurate impressions.
• Latex Compatibility: Ensures compatibility with latex gloves and other materials.
• Easy Handling: Putty-like consistency facilitates easy manipulation and application.
• Adjustable Setting Time: Offers control over the setting process for optimal working conditions.
• Cost-Effective: Provides an excellent balance of quality and affordability.

Indications for Use:

• Preliminary impressions for creating corrective impressions.
• Tray loading in double-mix (two-phase) impression techniques.
• Impressions using a copper band technique.
• Impressions for creating diagnostic and demonstration models.