Riveting Quality
When the tensile force is insufficient, the rivet won’t fully expand or press, leading to weak riveting that can loosen or fall off. On the other hand, excessive tensile force can deform the rivet or damage the workpiece surface. Applying the correct tensile force ensures the rivet is firmly fixed and achieves optimal riveting results.

Adaptability of Riveting Materials
Different materials require specific tensile forces. Softer materials, such as aluminum alloys, need lower tensile force, while harder materials, like steel, require higher tensile force. Too little tensile force prevents proper riveting, while excessive force can damage the material or the rivet.

Production Efficiency
The correct tensile force boosts riveting efficiency. When the force is too low, it causes weak riveting, requiring repetitive work. Excessive tensile force can damage the workpiece or over-stretch, wasting time and reducing overall efficiency.

Tool Life
Using inappropriate tensile force increases the strain on the pneumatic rivet gun, causing components to wear out faster. Maintaining the proper tensile force helps prolong tool life, ensuring stable and long-term operation.

Operation Comfort
Excessive tensile force makes the operation more physically demanding, requiring the operator to exert more force, which can lead to fatigue.

Safety
Incorrect tensile force may cause rivet cracking, tool damage, or workpiece destruction, resulting in safety risks. Ensuring the correct tensile force improves safety during riveting and reduces the likelihood of accidents.