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Rivet YATO YT-36473, carbon steel, copper finish, head Ø 8.8 mm, length 15 mm, 20 pcs
Solid rivet YATO YT-36473 is a carbon steel fastening component with a copper-coloured finish designed for permanent mechanical joining. With a head diameter of 8.8 mm and an overall length of 15 mm, this pack contains 20 rivets intended for applications that require a robust, visible head and a short shank. The copper-coloured coating provides basic corrosion resistance and a uniform appearance where the rivet head remains exposed.
The rivet is made from carbon steel, offering reliable shear and tensile strength for fixed joints. The copper-coloured finish helps resist surface corrosion and provides a consistent aesthetic for visible assemblies. A defined head diameter of 8.8 mm ensures predictable bearing area and load distribution, while the 15 mm length is suitable for joining relatively thin materials. Supplied in a pack of 20, the set is convenient for small repair and assembly jobs.
This solid rivet is intended for permanent mechanical fastening and is not suitable for applications that require removable or adjustable connections. It may not be appropriate where significant thickness variation or very thick materials exceed the rivet's 15 mm length capacity. For environments with aggressive corrosion exposure, consider stainless steel or specially coated fasteners designed for those conditions.
Prepare mating parts by aligning holes that match the rivet's shank diameter. Insert the rivet through the joined materials so the head sits flush against the outer surface. Use a suitable rivet-setting tool or hammer and bucking bar appropriate for solid rivets to form the shop head on the tail side, creating a permanent clinch. Ensure the formed head provides adequate compression without overworking the material. Inspect each rivet after setting for secure seating and absence of cracks.
For reliable results, pre-drill accurately sized holes, deburr mating surfaces, and use an adequately powered riveting press or a compatible hand-setting method. When joining dissimilar metals, consider using insulating measures to reduce galvanic corrosion risks, and select an alternative fastener material if long-term exposure to moisture or chemicals is expected.
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