Garosa Sheet Metal Hand Seamer, 3 Piece Heavy Duty Bending Pliers

Spec: Item Type: Bending Pliers Material: High Carbon Steel Jaw Size: Approx. 7.62cm / 3in Length: Approx. 20.32cm / 8in Package List: 3 x Bending Pliers How To Use: The product is ready to use immediately upon removal. Note:

• [VERSATILE 3 PIECE SET] This professional hand seamer set includes three different angled heads: right angle, 45 degrees, and 90 degrees. Tackle tight spaces, complex seams, and various metalworking tasks with ease. Perfect for bending straightening or flattening metal edges during automotive applications or HVAC projects when desktop folders are not usable.
• [HEAVY DUTY STEEL CONSTRUCTION] Crafted from professional grade high carbon steel with an 8 inch body length and 3 inch wide jaws. The heavy duty build provides excellent leverage and linear control for precise metal forming. The jaws are completely parallel with straight non sharpened edges ensuring your metal sheet won't get damaged during bending offering a safe and efficient experience.
• [ERGONOMIC NON SLIP HANDLE] Designed to significantly reduce hand fatigue during extended sheet flattening and bending operations. The professional grade ergonomic handle features a striking green accent for outstanding safety and stability. The non slip grip ensures secure control even in demanding work environments making it ideal for long hours of metalworking.
• [FOLDING COMPACT MECHANISM] This full size metal bending plier features a sturdy folding mechanism that allows it to fold into a compact shape for easy transport and storage. The securely locking jaws outperform standard flat pliers making this tool an ideal addition to your everyday tool kit.
• [PRECISION METAL FORMING] Achieve the highest precision with this 3 piece manual bending pliers set. The 8 inch heavy duty steel construction and 3 inch wide jaws provide excellent leverage and linear control making it easy to form and flatten metal sheets. Ideal for professional metalworkers and enthusiasts who need reliable performance in tight spaces.