Portable Battery Riveting Tool PT-RT-258 with 60 kN Force
Posted by Paprsky Energy on 9th Feb 2026
Introduction
In fabrication, HVAC installation, and on-site assembly work, strong and consistent riveting is essential for maintaining structural integrity and long-term reliability. Traditional manual and pneumatic riveting tools often limit mobility and increase setup time, especially in locations without compressed air or power access. The Paprsky Energy Battery Operated Riveting Tool PT-RT-258 is designed to deliver high-force, repeatable riveting performance with cordless flexibility, making it suitable for both workshop and field environments.
What Is the PT-RT-258 Battery Operated Riveting Tool
The PT-RT-258 is a professional-grade, battery-powered riveting tool developed for light to medium industrial fabrication tasks. It uses an integrated forged jaw mechanism combined with a high-pressure drive system to form secure rivets quickly and consistently. Cordless operation and a compact design allow technicians to work efficiently in confined spaces, elevated locations, or remote job sites without reliance on air compressors or external power sources.
Key Features
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Integrated forged jaw structure ensures stable riveting and long service life
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High riveting output of up to 60 kN for secure metal joints
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Fast riveting cycle time of approximately 3 to 6 seconds per rivet
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Cordless 20 V battery operation for unrestricted mobility
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Spiral cooling system improves heat dissipation during continuous operation
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Compact and balanced design for improved control in tight working areas
Technical Specifications
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Model Number: PT-RT-258
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Maximum Output Force: 60 kN
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Stroke Length: 35 mm
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Riveting Cycle Time: 3–6 seconds
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Battery Voltage: 20 V
Typical Applications
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HVAC and ducting systems for air pipe flange riveting
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Light structural fabrication using angle steel and sheet metal
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On-site installation and maintenance work without access to compressed air
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Industrial repair and retrofit projects
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Field fabrication where portability and speed are critical
Benefits
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Consistent joint strength through high-force riveting output
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Faster installation due to short riveting cycle time
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Greater mobility with cordless operation for field and elevated work
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Reduced downtime through efficient thermal management
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Lower operator effort compared to manual riveting methods