Round Head Semi-Tubular Rivet | General assembly, light machinery | Material: Steel (ASTM A36) ▲ Stainless Steel (AISI 304) Length: 5–20mm (ISO 2768) Finish: Copper (customizable) | Cost-effective base option ▲ Enhanced corrosion resistance in Advanced. Universal compatibility. | Limited corrosion resistance in Base ▲ Higher cost for Advanced. Less flush with surfaces. |
Pan Head Semi-Tubular Rivet | Automotive trim, decorative panels | Diameter: 3.2mm (ISO 2768) Material: Aluminum (AA6061) ▲ Brass (ASTM B221) | Lightweight (Aluminum) ▲ High conductivity (Brass in Advanced). Smooth finish for aesthetics. | Lower tensile strength in Aluminum vs steel. Costly for brass variants. |
Flat Head Semi-Tubular Rivet | Sheet metal joints, flush surfaces | Thickness: 1.5–6mm (ISO 3691) Material: Carbon Steel (EN 10025) ▲ Stainless Steel (AISI 316) | Flushed profile for seamless finishes ▲ Corrosion resistance in Advanced. High shear strength. | Requires precise hole alignment. Advanced variants add weight. |
Countersunk Head Solid Rivet | Aerospace, structural joints | Diameter: 4–12mm (ASME B18.15.1) Material: Titanium (ASTM F136) ▲ Stainless Steel (AISI 304) | High tensile strength (Titanium Base) ▲ Cost-effective corrosion resistance in Advanced. Low vibration loosening. | Limited flexibility in material selection. Complex installation tools required. |
Round Head Solid Rivet | Electrical enclosures, heavy machinery | Length: 8–30mm (ISO 14579) Material: Brass (ASTM B221) ▲ Copper (ASTM B115) | Excellent conductivity (Copper Advanced) ▲ Durable in corrosive environments. High pull-out strength. | Brittle under extreme cold (Copper). Higher cost for copper variants. |
Aluminum Blind Rivet | Aircraft, HVAC systems | Diameter: 2–10mm (NASM 1310) Material: 6061-T6 Aluminum ▲ 7075-T6 Aluminum | Lightweight (6061 Base) ▲ 40% stronger in Advanced (7075-T6). Single-side installation. | Lower corrosion resistance vs stainless steel. Not suitable for high-temperature applications. |