SPR 3.3MM FORMING DIE FEMALE - H & S Auto Shot

The H & S Auto Shot UNI-6772 SPR 3.3MM FORMING DIE FEMALE is a precision-engineered component vital for professional technicians performing self-piercing riveting (SPR) applications. This forming die ensures accurate and consistent rivet formation, critical for maintaining the structural integrity and factory specifications during complex automotive and industrial repair tasks. Its robust construction is designed to meet the demands of high-volume workshop environments, delivering reliable performance with every use.

Key Features

• Precision 3.3MM Diameter: Expertly manufactured to precise specifications, ensuring optimal compatibility with 3.3mm self-piercing rivets for secure and flush panel joining.
• Durable Construction: Crafted from high-strength materials, this forming die is built to withstand the repetitive high-pressure demands of professional riveting tools, resisting wear and deformation.
• Accurate Rivet Formation: Facilitates the correct expansion and locking of the rivet on the blind side, which is essential for achieving the required joint strength and preventing premature failure.
• Seamless System Integration: Designed to work efficiently with existing professional self-piercing riveting systems, enhancing overall tool performance and operational reliability.
• Corrosion Resistance: Features a protective finish that helps guard against rust and corrosion, extending the operational life of the die in diverse workshop conditions.

Applications

This SPR 3.3MM Forming Die Female is an indispensable tool in automotive collision repair, particularly for modern vehicles utilizing self-piercing rivet technology in their chassis and body panel assemblies, including aluminum and high-strength steel structures. It is commonly used for joining new panels, repairing structural components, and attaching brackets where traditional welding methods are not suitable or recommended by vehicle manufacturers. Beyond automotive, it serves various industrial fabrication and assembly processes that require precise and strong cold-formed joints.