Compomers

Welcome to the world of Compomers at Dentalkart.com, a versatile restorative material that combines the benefits of dental composites and glass ionomer cement. Compomers, also known as Polyacid-modified resin composites, were introduced in the early 1990s and have since gained popularity for their unique characteristics and applications in dentistry.

Compomers are designed to provide an excellent balance between aesthetics & durability, making them suitable for a variety of indications, including restorations in low-stress bearing areas in Class III and Class V cavities, as well as for cementing prostheses with metallic substrates. The composition of Compomers involves incorporating glass particles from glass ionomer cement into a water-free polyacid liquid monomer with an appropriate initiator. This integration allows Compomers to offer the fluoride-releasing capability of glass ionomers while maintaining the durability of resin composites. These restorative materials are available in various forms, including capsules, syringes, and powder/liquid forms, ensuring ease of handling during restorative procedures.

Compomers require etching before the application of a dentin bonding agent to enhance bonding, as they do not contain water, unlike conventional GIC or hybrid ionomers.

Advantages of using Compomers include their high aesthetic potential, ease of handling, and fluoride ion release, making them suitable for patients at medium risk of developing caries.

When choosing between Compomers and dental composites, Compomers are particularly beneficial for pediatric patients, as they offer the advantage of fluoride release, providing an anti-caries effect for permanent restorations.

At Dentalkart.com, we offer a selection of high-quality Compomers from reputable brands, ensuring you have access to reliable and effective restorative materials. Whether you're looking for Compomers for pediatric patients or other restorative needs, Dentalkart.com is your go-to platform for a comprehensive range of dental materials.