Medicept Dental Hydrocal LC (Calcium Hydroxide + Barium Sulphate LC)
Medicept Dental Hydrocal LC is a versatile dental material designed to serve as a liner and base, crafted with a unique combination of calcium hydroxide and barium sulfate in a low consistency form. This light-cured, radiopaque, and dentin-adhering material offers exceptional properties for a wide range of restorative dental procedures. Its low consistency allows for precise application and eliminates the need for a ball-type applicator. The incorporation of calcium hydroxide stimulates dentin bridge formation and promotes pulp healing, while barium sulfate ensures radiopacity, enabling accurate positioning under restorations. The material's highly-filled resin matrix provides superior strength, minimal shrinkage, and water absorption, ensuring long-lasting and durable restorations. Additionally, its water insolubility and biocompatibility make it an excellent choice for protecting dental pulp and supporting various restorative materials like composites, amalgams, and gold. Dental professionals rely on Medicept Dental Hydrocal LC to achieve reliable, high-quality results in restorative dentistry while ensuring patient comfort and satisfaction.
Price is inclusive of Taxable Goods
Contact us for sales assistance from our Biomedical Engineer.
Features:
Dual functionality as a liner and base material, offering versatility in restorative dental procedures.
Unique composition with calcium hydroxide and barium sulfate in a low-consistency form, providing dentin adhesion and radiopacity.
Light-cured for controlled application and setting with a curing light.
Superior strength due to a highly filled resin matrix.
Minimal shrinkage and low water absorption for better marginal integrity and longevity.
Precise application with higher viscosity, eliminating the need for a ball-type applicator.
Water insolubility for long-term stability and durability.
Promotes dentin bridge formation and pulp healing in direct pulp capping procedures.
Biocompatible, ensuring minimal adverse reactions and patient comfort.
