Last Chance M4 X 0.7 Thread Plug Gauge Go/no-go Metric Coarse - Emuge Franken Accessory [uLtezb6h]

M4 x 0.7 Thread Plug Gauge Go/No-Go Metric Coarse

The Emuge Franken M4 x 0.7 Thread Plug Gauge Go/No-Go Metric Coarse is a precision tool designed for accurate internal thread gauging. This gauge is a must-have for any professional who requires precise measurements and reliable results. Crafted with the highest quality materials and engineering, this gauge ensures dimensional stability and exceptional durability.

Key Features and Benefits

The Emuge Franken Thread Plug Gauge offers several standout features and benefits. Firstly, it is made from aged gauge steel, which provides unmatched dimensional stability. This ensures that the gauge maintains its precision over time. Additionally, the hardness of the gauge is clearly above the standardized minimum value, guaranteeing long-lasting performance. The Go plug gauge features a dirt groove and removed incomplete threads, ensuring reliable gauging. The No-go plug gauge, on the other hand, comes with an insertion neck and free machining of the thread core, perfect for precision work.

• Dimensionally stable gauge for long-lasting precision
• Hardness exceeds standardized minimum values
• Go plug gauge with dirt groove for reliable gauging
• No-go plug gauge with insertion neck for precision work

Applications and Specifications

The Emuge Franken Thread Plug Gauge is designed for a wide range of applications, including manufacturing, maintenance, and quality control. Its high accuracy and durability make it ideal for use in various industries, such as automotive, aerospace, and mechanical engineering. The gauge features a M4 x 0.7 thread size with a tolerance of 6H and a rotation of R/H. It adheres to the Din 2280 standard for dimensions and Din ISO 1502 gauge system.

• Wide range of applications in various industries
• Compliant with Din 2280 and Din ISO 1502 standards

Order your Emuge Franken Thread Plug Gauge today and experience the difference in precision and reliability.