3/8-24 Pull Up Stud/Anvil

Specifications

Precision Engineering: Manufactured to Huck Manufacturing's precise standards, ensuring optimal fit and function within compatible tools.
Dual Functionality: Designed to serve both as a pull-up stud and an anvil component, integrating critical functions for rivet installation.
Standard Threading: Features a 3/8-24 UNF fine thread for secure and reliable attachment to specific Huck nose assemblies and tooling.
Durable Construction: Built from robust materials capable of withstanding the demanding conditions of industrial fastening applications.
Compact Design: Its dimensions are optimized for seamless integration into various Huck rivet installation tool configurations.

Huck Rivet Installation Tools: Essential replacement or spare part for specific Huck rivet guns and nose assemblies.
Structural Fastener Installation: Facilitates the correct setting and pulling action required for installing compatible blind fasteners.
Tool Maintenance and Repair: Used to restore the performance of worn or damaged pull-up studs and anvils in Huck tooling.
Aerospace and Automotive Assembly: Supports precision fastening operations where high-strength and reliable connections are critical.
Industrial Manufacturing: Ideal for assembly lines and workshops utilizing Huck blind riveting systems for various applications.

Ensures Consistent Performance: Provides the necessary component for precise rivet pulling and setting, contributing to uniform fastener installation.
Extends Tool Lifespan: Replacing worn parts like the pull-up stud/anvil maintains the efficiency and longevity of your Huck installation tools.
Minimizes Downtime: A readily available replacement part helps quickly resolve tooling issues, reducing interruptions in production.
Guarantees Compatibility: As a genuine Huck Manufacturing component, it offers perfect integration and optimal interaction with other Huck tooling and fasteners.
Delivers Reliable Fastening: Critical for achieving the intended joint integrity and strength in demanding structural applications.