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Stainless 304 / Stainless 304 Dome Head Blind Rivet

Stainless Steel 304 / Stainless Steel 304 dome head blind rivets provide a premium, corrosion‑resistant, and high‑durability fastening solution for permanent assembly in applications where access is only possible from one side of the workpiece. Made with both a 304 stainless steel body and 304 stainless steel mandrel, these rivets deliver superior resistance to rust, chemicals, humidity, and harsh environmental conditions.

The dome head profile offers a wide bearing surface and clean, smooth appearance, ensuring even load distribution without distorting the surrounding material. Because both the rivet body and mandrel are 304 stainless steel, these rivets offer maximum corrosion resistance and are ideal for marine, food‑processing, architectural, and outdoor installations where long‑term performance is critical.

For large scale orders, request a quote to receive our best pricing available for your custom order.
304 / 304 stainless dome head blind rivets are commonly used for:
 
Marine hardware, boatbuilding & dock components
Food‑processing & hygienic equipment
Architectural metalwork & exterior assemblies
HVAC, refrigeration & ventilation systems
Industrial machinery & stainless steel fabrications
Automotive, trailer, and transport applications
Electrical enclosures, cabinets & control panels
Metal‑to‑metal, metal‑to‑plastic, and composite fastening
 
Key benefits:
 
Full 304 stainless steel construction — body and mandrel
Excellent corrosion resistance even in saltwater and chemical environments
Wide dome head provides stable load‑spreading capability
High tensile and shear strength for demanding assemblies
Non‑magnetic, hygienic, and long‑lasting
Permanent, vibration‑resistant fastening solution
 
Installation is quick and efficient using standard rivet tools. Once the mandrel is pulled, the rivet expands securely inside the hole, forming a tight, tamper‑resistant connection suitable for harsh or sterile environments.
Available in a wide range of diameters, grip lengths, and package sizes to meet performance and application requirements.
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