Harvard TEMP C&B Pro, Temporary Crowns & Bridges, A3

Harvard TEMP C&B Pro is a high-quality, self-curing composite designed for the efficient fabrication of provisional crowns, bridges, inlays, onlays, and veneers. Its advanced formulation ensures durable and esthetic temporary restorations, meeting the demands of modern dental practices.

Intended Use

Harvard TEMP C&B Pro is specifically formulated for creating temporary dental restorations, including:

• Single-unit crowns
• Multi-unit bridges
• Inlays and onlays
• Veneers

It provides reliable interim solutions that protect prepared teeth and maintain functionality until permanent restorations are placed.

Key Features & Benefits

• Reliable and Easy to Use: Facilitates straightforward application and handling, streamlining the provisional restoration process.
• Good Fracture Resistance and Hardness: Ensures durable temporaries capable of withstanding masticatory forces, suitable for veneers and longer bridge spans.
• Low Polymerization Temperature: Minimizes heat generation during curing, enhancing patient comfort and preserving pulpal health.
• Natural Esthetics and Fluorescence: Provides lifelike temporaries with natural fluorescence, enhancing patient satisfaction.
• Color Stability: Maintains shade integrity over time, ensuring esthetic consistency throughout the provisional period.

Technical Specifications

• Material Type: Self-curing composite
• Mixing Ratio: 4:1 (Base:Catalyst)
• Shades Available: A1, A2, A3
• Packaging: 50 ml automix cartridge with 10 mixing tips

Certifications

Harvard TEMP C&B Pro complies with international standards for dental materials, ensuring consistent quality and performance.

Sterilization & Care

This material is intended for single-use applications in the fabrication of temporary restorations and does not require sterilization. Store the product in a cool, dry place away from direct sunlight to maintain its efficacy.

Compatibility

Harvard TEMP C&B Pro is designed for use with standard 4:1 automix dispensing systems and is compatible with common temporary cementation materials, integrating seamlessly into existing clinical workflows.