Automotive Dent Pulling Washers – Efficient, Durable, and Easy to Use • PurposeBuilt for Body These pulling washers are specifically designed for use with automotive sheet metal machines. Ideal for fixing dents and restoring damaged car body panels, they work seamlessly with pulling equipment to quickly correct deformations. This allows technicians to carry out precise and efficient work, saving time and improving overall results. • Multiple Styles and Sizes for Different Needs Available in three styles to meet various requirements: Triangle Piece (100 pcs): 10 mm inner diameter, 47 mm side length, 2 mm thickness. OT Piece (100 pcs): 10 mm inner circle size, 58.5 mm total length, 1.5 mm thickness. Round Piece (200 pcs): 13 mm inner diameter, 24 mm outer diameter, 2 mm thickness. Having multiple options ensures compatibility with different scenarios and pulling tools. • Strong and Reliable Construction Made from quality metal with a copperplated surface for enhanced resistance to rust and corrosion. The solid construction is wearresistant, impactresistant, and tolerant of temperatures. Built to withstand significant pulling force and pressure without deforming, these washers deliver dependable performance over repeated use. • Simple and Effective Application Using these washers is straightforward: weld the washer onto the dented metal surface, connect it to the compatible pulling tool, and apply pulling force to gradually reshape the panel back to its original form. Once the dent is corrected, simply remove any remaining weld points and smooth the area with grinding for a clean finish. • Practical Use Cases Collision shops: Quickly restore dented doors, quarter panels, and fenders. Mobile dent services: Compact and easy to carry for onsite jobs. DIY auto enthusiasts: Suitable for home garage projects, enabling precise bodywork without costly outsourcing. Designed for professional and use, these pulling washers combine strength, adaptability, and ease of handling to make dent faster, more efficient, and longerlasting.