Low price yet high quality flat metal file for sale. The flat file tool with second-cut pattern is designed for deburring, shaping, and sharpening metal, wood and other materials, fast and smoothing cutting, with optional sizes of 6", 8", 10" and 12". Made from hardened steel, the flat hand file provides added strength and comes with comfort plastic handle for long performance.
Specification
Model |
T-FILE-F06 |
T-FILE-F08 |
T-FILE-F10 |
T-FILE-F12 |
Size |
6 inch |
8 inch |
10 inch |
12 inch |
Overall Length |
260mm |
310mm |
370mm |
420mm |
Overall Width |
15mm |
20mm |
25mm |
28mm |
Weight |
116g |
173g |
292g |
454g |
Material |
High Carbon Steel |
Note: The sizes are approximate.
Applications
Tips: What is a file tool?
A file is a hand tool used to shape a workpiece. There are many fine teeth on the surface of the file, which are used for micro-processing of metal, wood, leather and other surface layers. In other words, the file is used to remove small amount of materials from the surface of workpiece to enable it to reach the required size, shape and roughness degree. It has a wide range of applications, and can be applied to file the outer surface, inner hole, groove and various complicated surfaces of the workpiece.
Files are generally made of carbon steel by rolling, forging, annealing, grinding, cutting teeth and quenching. The file is made of T12 steel, and the hardness reaches HRC62~64 after surface quenching.
The file is mainly composed of file body and file handle. The filing surface is the main working surface. There are many teeth on the file surface. When filing, each file tooth is equivalent to a chisel cutting the material. The file pattern refers to pattern of regularly arranged file teeth. The tooth pattern of the file is divided into two types: single-cut and double-cut. Single-cut files have rows of parallel teeth diagonally along the working surface, often used for filing some soft materials such as aluminum, while double-cut files have rows of teeth crossing each other, suitable for filing hard materials.