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SPR Rivet

As a proven alternative to spot welding for steel-aluminum hybrid body structures, SPR technology is becoming an indispensable part of white body manufacturing. 

Its superior joint strength, process stability, and cost-effectiveness make it essential for modern applications, including high-strength steel hybrid bodies and integrated die-cast chassis.

Introduction to SPR rivet parameters

SPR rivet type

SC-Rivet

Application: Automotive, General Industry
Material: 36MnB4
Hardness: H0-H6
Diameter: 3mm/5mm
Length: 3mm: 3.25mm-7.0mm/5mm: 4.0mm-7.0mm
Coating: Mechanical Zinc, Meijiali, Zinc Nickel Alloy
Suitable for connecting aluminum plates in multiple scenarios, or riveting softer steel plates

SK-Rivet

Application: Automotive, General Industry
Material: 36MnB4
Hardness: H0-H6
Diameter: 5mm
Length: 5mm: 7.0mm-14.0mm
Coating: Mechanical Zinc, Meijiali, Zinc Nickel Alloy
Suitable for connecting aluminum plates in multiple scenarios, or riveting softer steel plates

SG-Rivet

Application: Automotive, General Industry
Material: 36MnB4
Hardness: H2-H6
Diameter: 5mm
Length: 5mm: 5.0mm-11.0mm
Coating: Mechanical Zinc, Meijiali, Zinc Nickel Alloy
High strength rivets, suitable for hot formed steel with an upper layer of 1000-1500Mpa or for situations where there are multiple layers of steel plates on the upper layer

SKH-Rivet

Application: Automotive, General Industry
Material: 36MnB4
Hardness: H2-H6
Diameter: 5mm
Length: 5mm: 5.0mm-11.0mm
Coating: Mechanical Zinc, Meijiali, Zinc Nickel Alloy
Ultra high strength rivets, suitable for hot formed steel with an upper layer of 1000-1600Mpa. The upper layer has multiple layers of steel plates or the lower layer has relatively high strength, especially for thicker applications