Coltene Paracore Slow Intro Kit (60013753)

• Efficient core build-ups with adaptable ParaCore material.
• The time-activated formula for optimal handling and placement.
• Durable and long-lasting restorations with high bond stre
• Superior bond strength and durability
• Stable consistency – creamy, smooth and non-slumping consistency
• Releases fluoride
• Radiopaque

The ParaCore Slow Intro Kit is a versatile dental material designed for core build-up, cementing root posts, and indirect restorations. It is a composite-based, dual-cured, and radiopaque material that provides reliable and durable results. When used for core build-up, the ParaCore Slow Intro Kit helps in the reconstruction of severely damaged teeth. It offers excellent strength and adhesion properties, allowing for the creation of a solid foundation for the placement of a crown or bridge. The material’s composition includes methacrylates, fluoride, barium glass, and amorphous silica, which contribute to its mechanical and radiographic properties.

The ParaCore Slow Intro Kit offers reliable adhesion and long-term stability. It ensures a secure bond between the post and the root canal, providing support for the final restoration. The material’s chemical-curing adhesive system, ParaBond, enhances the bonding strength and ensures a strong connection between the post and the dental structure. For indirect restorations, the ParaCore Slow Intro Kit acts as a reliable cementing agent. It can be used to securely attach crowns, bridges, inlays, and onlays made from ceramic, metal, or composite materials. Its excellent adhesion properties and compatibility with different restoration types make it a suitable choice for various clinical situations.

The working time of the ParaCore Slow Intro Kit is influenced by the temperature, with higher temperatures shortening the working time. It is essential to maintain a dry working field and protect the material from intense light exposure before polymerization. The light-curing time can vary depending on the type of curing lamp used, with higher-intensity light resulting in shorter curing times.

Composition

• Methacrylates
• Fluoride
• Barium glass
• Amorphous silica