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Voco Meron Luting GIC
₹2,853.90
Inclusive of 5% GST
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Brand: Voco
Country of Origin: Germany
What's in the Box
1 x Meron Plus Liquid 10ml
Voco Meron Luting GIC is a glass ionomer luting cement meticulously formulated for precision luting in various dental procedures. It is indicated for the permanent luting of crowns, bridges, inlays, onlays, pins, posts, and orthodontic bands. This cement is also suitable for attaching temporary work with an eugenol-free cement.
Composed of specially molten fluoro aluminum silicates powder and a liquid, Voco Meron Luting GIC offers strong adhesion to both tooth structure and metal surfaces through chemical bonding. Its biocompatible formulation is gentle on dental pulp and surrounding tissues, featuring low acidity (reaching 3 pH within 10 minutes of mixing) to minimize pulp strain. The cement provides continuous fluoride release, contributing to caries prevention.
Designed for hand mixing, Voco Meron Luting GIC has a recommended powder/liquid ratio of 3.0 : 1 g/g and a mixing time of 30 seconds. It offers a working time of approximately 3 minutes at room temperature and sets within 3 to 5 minutes inside the patient's mouth at 37°C. The cement exhibits a low film thickness of 20 µm, ensuring accurate seating of restorations. Excess material can be easily removed during its rubbery-elastic stage.
Key Features :
Material Type and Clinical Indication: Glass Ionomer Cement (GIC) suitable for permanent luting of crowns, bridges, inlays, onlays, pins, posts, and orthodontic bands, offering continuous fluoride release for caries prevention and strong chemical adhesion.
Mixing and Handling Protocol: Hand-mix powder/liquid system with a 3.0 : 1 g/g ratio, designed for a working temperature between 15 °C and 23 °C, and a 30-second mixing time for consistent application.
Setting and Working Characteristics: Provides a working time of approximately 3 minutes and a setting time of 3-5 minutes, featuring a low film thickness of 20 µm for precise restoration fit and easy removal of excess material.