Brass Semi Hollow Rivets

At Nuote Metals, we focus on making brass semi hollow rivets. Our rivets mainly use H65 brass—a copper-zinc blend that offers great electrical and thermal conductivity, along with solid corrosion resistance. This material is both hard enough and flexible enough to work well with cold heading and riveting processes. Plus, brass has that natural golden color, so if you're using these for decorative purposes, you often won't need any extra plating.

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Product Description

Introduction of brass semi hollow rivets

What makes a brass semi-hollow rivet special is the partially hollow hole at its tip—it's not completely solid. When you apply force during installation, that hollow end expands and locks firmly into your workpiece, creating a strong, reliable joint. We usually customize the rivet size based on what you need—common diameters run from 1.0 mm up to 10 mm, and lengths are adjusted to fit your application. We also pay attention to design details like chamfers and head shape to make sure installation goes smoothly and the rivet stays put once it's in.

Product Parameter (Specification)

Material	brass
Surface Treatment	Clean, zinc plating, nickel plating, silver plating, as requested
Head Type	As requested
Certificate	Rohs compliant
Shank Diameter	0.8-8mm
Tolerance	+/-0.05mm
Application	Suitable for use in various industries, including automotive, aerospace, electrical and electronics, etc.
Quality Control	100% whole range inspection through production ensures that each product meets the ISO standard, guaranteeing high-quality products.

Product Feature And Application

You'll find our brass semi hollow rivets used across a range of fields—electronics, auto parts, precision machinery, and more. They're ideal for low-load riveting jobs where good conductivity and corrosion resistance matter. In precision machinery, they help connect non-critical parts like aluminum frames and sheet metal—offering a nice mix of looks and function. And in electronics, they're trusted to secure circuit boards and components while keeping the current flowing reliably.