THREAD GAUGE 9/16-20 UNF - S.U.R. and R Auto Parts

The S.U.R. and R Auto Parts TG91620 Thread Gauge offers professional technicians a precise and efficient solution for accurate thread identification. This robust tool is specifically designed to simplify the measurement of 9/16"-20 UNF fittings, ensuring seamless compatibility and preventing costly errors in automotive and industrial applications. Its durable construction is engineered for the demanding environment of a professional shop.

Key Features

• Precise 9/16"-20 UNF Thread Identification: Accurately measures 9/16"-20 UNF threads, making fitting identification simple, accurate, and fast.
• Male and Female Thread Gauges: Each fitting includes both male and female threads, providing comprehensive measurement capabilities for various components.
• Versatile Application: Designed for universal use, allowing technicians to measure threads conveniently both on or off the vehicle.
• Professional-Grade Durability: Manufactured by S.U.R. and R Auto Parts from pre-hardened 4140 steel, ensuring long-lasting performance and reliability in demanding shop environments.
• Clear, Permanent Markings: Features etched part numbers and size information for quick and unmistakable identification, streamlining workflow.
• Part of a Comprehensive System: While this product is a single gauge, it belongs to a system that encompasses 16 common metric and imperial thread sizes, offering broad compatibility for a wide range of repairs.

Applications

The S.U.R. and R TG91620 Thread Gauge is an indispensable tool for automotive mechanics, industrial technicians, and hydraulics specialists. It is ideal for quickly and accurately identifying thread types on critical components such as brake lines, fuel lines, power steering systems, and hydraulic fittings. Utilizing this gauge helps to ensure the correct replacement parts are used, reducing the risk of leaks, malfunctions, and assembly issues. Whether performing routine maintenance, complex repairs, or custom fabrication, this tool enhances precision and efficiency, contributing to improved product quality and safety.