Shofu AZ Primer | Universal Zirconia & Metal Primer for Enhanced Bond Strength | 5ml |

Shofu AZ Primer is a high-performance universal primer specially formulated to improve the bond strength between resin-based adhesives and indirect restorative materials such as zirconia, alumina, precious and non-precious metals. Developed by Shofu Japan, AZ Primer contains advanced functional phosphate monomers that create a durable chemical bond with restorative surfaces, ensuring long-lasting adhesion and reliable clinical performance.

Designed for use with indirect restorations, AZ Primer enhances the retention of crowns, bridges, inlays, onlays, veneers, implant abutments, and metal frameworks. Its simple one-step application requires only a thin coat before the adhesive resin cement is applied, making the bonding procedure quick, efficient, and predictable.

Compatible with most resin cements and adhesive systems, Shofu AZ Primer is an ideal choice for restorative and prosthodontic procedures requiring dependable adhesion to zirconia and metal substrates.

Key Features

• Universal primer for zirconia, alumina, and metal restorations
• Enhances chemical bond strength with resin cements
• Effective on precious and non-precious metal alloys
• One-step application for faster clinical workflow
• Long-lasting and reliable adhesive performance
• Improves retention of indirect restorations
• Compatible with most resin-based luting cements
• Manufactured by Shofu, Japan

Indications

• Zirconia crowns and bridges
• Alumina restorations
• Metal crowns and bridges
• Cast posts and cores
• Implant abutments
• Inlays and onlays
• Veneers
• Resin cementation of indirect restorations

Specifications

• Brand: Shofu
• Product: AZ Primer
• Type: Universal Zirconia & Metal Primer
• Volume: 5 ml Bottle
• Application: One-step primer
• Compatible Materials: Zirconia, alumina, precious metals, non-precious metals
• Country of Origin: Japan

Trusted by dentists and dental laboratories worldwide, Shofu AZ Primer delivers consistent, durable bonding performance for indirect restorative procedures, helping achieve predictable clinical outcomes and long-term restoration success.