Dental Glass Ionomer GC/and To Fuji I1 Glass Ionomer Powder 35g/liquid 25g Dental Filling Material

The GC Fuji I Glass Ionomer Cement (35g powder + 25g liquid) is a world‑class dental restorative material engineered for long‑lasting adhesion and performance. 

This high‑quality glass ionomer dental cement is designed to provide superior bonding strength to tooth structures and conventional metal restorations, making it an excellent choice for general restorative procedures, crown and bridge luting, and cavity liner applications.

Crafted with precision and clinical reliability in mind, this dental glass ionomer filling material combines easy handling, rapid setting times, and excellent biocompatibility. Whether you are performing routine adhesive cementation or working in a more advanced restorative case, GC Fuji I offers consistency and predictable outcomes every time.

Key Features & Benefits of GC Fuji I Dental Filling Cement

1. Superior Adhesion to Dental Tissues and Restorative Materials

One of the most important attributes of any luting cement is its ability to form a strong, durable bond. The GC Fuji I Glass Ionomer Cement exhibits exceptional adhesive strength to both enamel and dentin as well as to metal frameworks. This means unique bonding capabilities with dental tissues and stable retention of crowns, bridges, and metal restorations without requiring excessive mechanical retention.

2. Excellent Biocompatibility and Patient Comfort

Patient comfort and tissue safety are critical in restorative dentistry. GC Fuji I demonstrates excellent biocompatibility, reducing the risk of postoperative sensitivity and irritation. It also offers a coefficient of thermal expansion closely matching natural tooth structure, which minimizes stress on restored teeth during temperature changes from hot and cold foods a major contributor to postoperative discomfort.

3. Optimal Mixing and Fluid Handling Properties

Handling efficiency during clinical application is essential for precision and speed. The glass ionomer luting cement mixes into a smooth, homogeneous consistency, forming a perfect drop‑shaped mass that enhances flowability and adaptability. This means easier placement of the cement, excellent seating of the restoration, and predictable working times.

4. Ultra‑Thin Film Thickness for Accurate Seating

Achieving an accurate fit of crowns and bridges is essential for long‑term success. GC Fuji I sets to an ultra‑thin film thickness of approximately 15 microns, facilitating effortless and precise positioning of restorations without lifting or rocking. Clinicians benefit from improved marginal fit and reduced excess cement clean‑up.

5. Balanced Working Time and Fast Intraoral Curing

GC Fuji I offers a well‑balanced working time, providing dentists adequate manipulation time followed by rapid intraoral curing once properly seated. This balance allows meticulous placement combined with efficient clinical workflow, reducing chair time without compromising quality.

6. Sustained Fluoride Release and Recharge Capacity

One of the most advantageous characteristics of glass ionomer cement materials is their ability to release fluoride over time. GC Fuji I continuously releases fluoride ions, providing a preventive effect against secondary caries around the restoration margins. Additionally, the formulation can recharge fluoride, maintaining its protective effect when exposed to topical fluoride sources.

7. Proven Clinical Track Record

With decades of global use in dental practice, GC Fuji I has accumulated a proven history of successful clinical performance. This extensive track record underscores its reliability as a restorative and luting material trusted by dental professionals worldwide.

Technical Specifications

Primary Clinical Applications

GC Fuji I is a versatile dental restorative material suitable for a wide range of clinical uses, including:

1. Bonding of Crowns and Bridges

This cement is ideal for luting metal and metal‑ceramic crowns and bridges. Its strong adhesion and ultra‑thin film thickness ensure stable seating and retention.

2. Cementation of Orthodontic Bands and Stainless Steel Crowns

Clinicians can use GC Fuji I for bonding stainless steel metal crowns and orthodontic bands securely and predictably.

3. Cavity Liner and Base

When used as a liner or base, this glass ionomer restorative material provides protective benefits beneath composite or amalgam restorations.

Why Choose GC Fuji I Over Other Dental Cements?

Outstanding Handling Characteristics

Unlike some dental luting agents that may be too watery or thick, GC Fuji I offers a balanced mixability, easily recognized by its drop‑shaped, fluid consistency. This ensures precise application even in challenging restorative situations.

Enhanced Adhesion Without Aggressive Tooth Preparation

The ionic bond formed between the glass ionomer and dental tissues reduces the need for excessive mechanical retention, preserving more natural tooth structure and reducing the risk of microleakage.

Effective Biological Compatibility

GC Fuji I is well‑tolerated by pulp and surrounding tissues. Its balanced formulation minimizes postoperative sensitivity while offering therapeutic fluoride benefits.

Ideal for High‑Risk Caries Patients

The sustained fluoride release and recharge capacity make this material particularly effective for individuals prone to decay or recurring caries, adding an element of preventive dentistry to each restoration.

Longevity and Clinical Reliability

Designed for durability and resilience in clinical settings, GC Fuji I is built to withstand occlusal forces and resist degradation over time, ensuring long‑lasting restorations.

Directions for Use (Professional Guidance)

1. Preparation: Follow standard isolation and preparation protocols. Ensure dry, clean surfaces.
2. Mixing: Dispense powder and liquid in the recommended ratio. Mix on a glass slab or mixing pad until a uniform consistency is achieved.
3. Application: Apply the mix to the restoration or cavity. Seat the restoration promptly.
4. Setting: Allow adequate intraoral set. Remove excess cement before final curing.
5. Finishing: Polish and check occlusion once set.

Note: Always follow manufacturer instructions and standard clinical protocols for best results.

Frequently Asked Questions

What makes GC Fuji I different from regular dental cements?

GC Fuji I is a glass ionomer cement that chemically bonds to both enamel and dentin without the need for aggressive mechanical retention. Regular dental cements may lack this chemical adhesion and sustained fluoride release, making GC Fuji I superior for long‑term restorations.

Can GC Fuji I be used with both metal and porcelain restorations?

Yes. GC Fuji I is suitable for metal, metal‑ceramic, and porcelain‑fused restorations, providing excellent adhesion and fit.

Does this product release fluoride?

Yes. The cement offers continuous fluoride release with recharge potential, promoting remineralization and reducing recurrent caries.

Is this material easy to handle and mix?

Absolutely. GC Fuji I is engineered for easy mixability with exceptional fluidity, allowing efficient application and precise control during cementation.

How long does GC Fuji I take to set intraorally?

The product provides adequate working time and a relatively fast intraoral set, balancing ease of placement with clinical efficiency.

Will this cement reduce post‑operative sensitivity?

Yes. With its biocompatible formulation and tooth‑like thermal expansion, GC Fuji I helps reduce sensitivity after placement.

Can this cement be used as a liner or base?

Yes. Beyond luting, GC Fuji I can serve as a liner or base, offering protective and therapeutic benefits under restorative materials.

Is GC Fuji I suitable for pediatric patients?

Yes. Due to its fluoride release and gentle handling properties, it is commonly used in pediatric restorative cases.

What is the ideal film thickness?

The film thickness is approximately 15 microns, allowing optimal seating of crowns and minimizing excess cement.

How should I store this product?

Store in a cool, dry place at room temperature and keep the powder and liquid tightly sealed when not in use to preserve material quality.