This multi-purpose hexagonal torsion bar/setter is designed to provide maximum power and efficiency. The flat, slightly angled design of one end allows for excellent leverage, while the sharp tip of the other end is perfect for pulling nails or removing tight objects. Made from durable material, this tool is created to withstand demanding conditions and offers long-lasting performance.
Its tapered tip allows precise fitting of flanges into bolt holes and gentle bending of copper tubing, providing a precise and reliable tool for a wide range of installation tasks. The fitting iron is an indispensable tool for the installation of car body parts, where precision and gentleness are key.
This torsion bar is the ideal tool for a wide range of jobs, including construction sites, renovation and demolition work. Its versatility makes it an excellent choice for professionals and amateurs alike. The bevelled flat head provides effective leverage for removing flooring, mouldings or other materials, while the sharp tip is particularly useful for removing nails and handling hard-to-reach objects.
Features
Design: hexagonal shaft provides excellent grip and control.
Material:Cr-V tool steel
Flat Lever Handle: Beveled flat end allows for efficient use of force as leverage.
Sharp Head: The sharp tip is ideal for pulling nails and removing tightly stuck objects.
Ideal for construction, renovation and demolition work.
Instructions for use
To use in construction, renovation, repair and maintenance work, to bend a flange or copper pipe. Apply the conical tip to the desired location and apply the necessary force to achieve the bend. Make sure to use the tool gently, especially when bending copper pipes, so as not to damage the pipe structure. Store the tool in a dry and clean place to maintain its condition and functionality.
Warnings
Always wear protective gloves and goggles when working with sharp or hot materials. Ensure that the working area is safe and free of obstructions. Follow all safety instructions and use the tool only for its intended purpose.
