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Shofu Glass Ionomer Fx Ultra 1-1 Set - Mini A2
₹1,239
₹3,120
60% Off
Inclusive of 5% GST
Shade
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Brand: Shofu
What's in the Box
1 x Powder (15g) 1 x Liquid 8ml (10g) 1 x Measuring scoop 1 x Mixing Pad
Shofu Glass Ionomer Fx Ultra is a self-cured, bulk-filling glass ionomer restorative material designed for a wide range of dental restoration procedures. This Type IX Extra Glass Ionomer Cement is formulated with special glass and polyacrylic acid, providing a stable, strong, and fluoride-rich restoration.
The material is indicated for restorations of deciduous teeth, non-load bearing Class I and Class II restorations in permanent teeth, and Class III and Class V cavities, including cervical erosions, root abrasions, and wedge-shaped defects. It is also suitable for core build-ups, provisional or transient restorations, bases, and sandwich technique restorations, making it ideal for paediatric and geriatric patients, as well as minimally invasive dentistry approaches like ART.
Shofu Glass Ionomer Fx Ultra in shade "Mini A2" offers superior aesthetics with remarkable translucency and exceptional shade stability over time, exhibiting negligible color change. Its self-adhesive properties ensure reliable bonding to enamel and dentin without the need for additional conditioning, minimizing microleakage and providing protection against bacterial infiltration.
Key Features :
Formulated as a self-cured, universal glass ionomer restorative, suitable for a broad spectrum of clinical indications including deciduous and permanent tooth restorations, core build-ups, and minimally invasive procedures.
Features a powder/liquid hand mix protocol, requiring one scoop of powder with one drop of liquid, mixed for 45 seconds at 23 °C / 73 °F.
Exhibits a working time of 2 minutes 20 seconds from the start of mixing and a setting time of 2 minutes 30 seconds from the end of mixing at 37 °C / 99 °F, ensuring efficient clinical workflow.
Provides sustained fluoride release and recharge, contributing to caries prevention and remineralization of the surrounding tooth structure.
Achieves a high compressive strength of 260 MPa, offering long-term resistance to intraoral forces for durable restorations.
Bonds effectively to enamel and dentin without requiring additional conditioning, streamlining the restorative procedure.
