Feature images are indicative only. Refer to technical drawing for final dimensions.
| Box quantity | 1000 |
|---|---|
| ClinchDiameter | 13.2 |
| ClinchHeight | 3.4 |
| HeadHeight | 7.2 |
| HeadSize | 18.4 |
| HeadType | Round |
| ThreadPitch | 1,5 |
| ThreadSize | M10 |
| ThreadType | Metric |
| Coating | View details |
Richard, our product expert on external threaded fasteners is ready to answer all your questions.
The M10-1.5 Clinch Nut, part number NC00090ADD, is a reliable choice for permanent fastening solutions in both structural and non-structural applications. Manufactured by trusted source DTNA, Tiers, this clinch nut is designed to seamlessly integrate with aluminum, stainless steel, or steel sheets. Its robust Metric thread type, with a thread size of M10 and a thread pitch of 1.5, ensures a secure and enduring connection. The clinch nut features a round head type, optimizing installation and enhancing grip within pre-punched or pierced holes.
Built with vibrations in mind, this nut reduces maintenance demands and contributes to overall safety enhancements, making it ideal for automotive applications where traditional fastening methods are not suitable. The product is available in a box quantity of 1000, providing convenient bulk purchasing for efficient operations. The clinch nut's durable construction supports high performance while preventing heat distortion by eliminating the need for welding, preserving the integrity of the base material.
This clinch nut, with specifications such as a clinch diameter of 13.2, clinch height of 3.4, head height of 7.2, and head size of 18.4, is meticulously engineered to meet the demands of various industrial applications. Each dimension is carefully crafted to provide optimal performance and compatibility with diverse setups, allowing for greater flexibility in installation and maintenance.
Choose the M10-1.5 Clinch Nut NC00090ADD for a dependable fastening solution that integrates precision engineering with practical application, perfect for ensuring secure connections in demanding environments.
