M10-1.5x2.5mm(H) STRUX CLNCH NUT PC 10 ZN/TRI/YL

Part № NC00075ADD

Coating 49-00005-503
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Technical details

Feature images are indicative only. Refer to technical drawing for final dimensions.

Box quantity

1500

ClinchDiameter

13.2

ClinchHeight

2.5

HeadHeight

7.2

HeadSize

18.4

HeadType

Round

ThreadPitch

1,5

ThreadSize

M10

ThreadType

Metric

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Features

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NC00075ADD

The M10-1.5x2.5mm(H) STRUX CLNCH NUT PC 10 ZN/TRI/YL, part number NC00075ADD, is a robust component essential for secure sheet metal fastening. Manufactured by DTNA, Tiers, its design reflects precision-engineering suited for various automotive applications. The clinch nut features metric threading with a size of M10 and a thread pitch of 1.5, ensuring compatibility with standard fasteners. With its impressive box quantity of 1500, it provides ample supply for large-scale projects.

This round head clinch nut is expertly crafted to integrate seamlessly into pre-punched or pierced holes, delivering a consistent and reliable hold that minimizes the need for additional fastening methods like welding. Measuring with a clinch diameter of 13.2mm and a head size of 18.4mm, its dimensions are optimized for durability and effectiveness in maintaining structural integrity under stress. Its zinc-trivalent yellow coating further enhances its resilience against corrosion, extending its service life even in challenging environments. This makes it an invaluable asset for reducing maintenance efforts and enhancing safety across various applications.

The clinch height of 2.5mm and head height of 7.2mm are carefully balanced to ensure maximum performance without compromising on the quality of the installation. Engineered for use in both structural and non-structural settings, this clinch nut excels where traditional fastening methods fall short. Its ability to handle vibrations with ease makes it a preferred choice for applications demanding long-term reliability. Organizations looking to optimize operational productivity will find these nuts integral to efficient assembly lines while preserving the integrity of the base materials in their projects.