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Mittal Files & Tools Pvt.Ltd. founded & guided under the leadership of Mr. N.K. Mittal in 2010, is today India's 2nd largest manufacturer of Steel files and Agriculture tools, with an annual capacity of over 30 million pieces per annum.

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Contact Info

  • Plot No. A-266, Road No.16A, Wagle Industrial Estate, Thane - 400604. Mumbai. Maharashtra, India
  • +91 9870000009 /+91 9820182082
  • response@mittalfiles.com
  • Week Days: 09.00 to 18.00 Sunday: Closed

Saw Files

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Machinist-Files

Mittal Files & Tools Pvt. Ltd. established in 2010, is today India's 2nd largest manufacturer of Steel files and Agriculture tools, with an annual capacity of over 30 million pieces per annum.

Mittal Files & Tools Pvt. Ltd. has three manufacturing facilities in India producing wide range of steel files with over 2 million pieces each month as per International Standards like I.S.S, B.S.S, F.S.S, D.I.N & J.S.S that meet our Customers' requirement by committing to ensure consistent quality, timely delivery & satisfying customary needs of the times.

Mittal Files & Tools Pvt. Ltd. has its Global presence and is strengthening its International footprints through exports to over 33 major countries in North, South and Latin America, Central & South Africa, South Asia, South-East Asia, Europe & Middle East accounting 90% of its total sales .

We offer a wide range of SAW files

Heavy Taper, Regular Taper, Slim Taper, Ex. Slim Taper, D.Ex. Slim Taper, Band Saw, Double Ended, Pit Saw, Feather Edge, Cant Saw, Double Edge, Crosscut

“Saw taper file” is a type of file used for sharpening saw blades, particularly those with teeth designed for cutting wood. It's a specialized tool with a triangular cross-section and teeth cut into the edges. These files are used by woodworkers and carpenters to maintain the sharpness and effectiveness of their saws. They come in different sizes to match the tooth spacing of different saw blades.

Saws are commonly used for cutting hard materials. They are used extensively in forestry, construction, demolition, medicine, and hunting.

Saw sharpening files are vital tools in woodworking, used to maintain the sharpness and efficiency of hand saws and other cutting tools. These files feature small, parallel rows of sharp teeth along their surfaces, designed to remove material and reshape the saw teeth. To use a saw sharpening file, first secure the saw blade in a vise to hold it steady, then select the appropriate file size, ensuring it matches the saw's tooth pitch. Chalking your files and using them with no downward pressure will help them to slide effortlessly, producing a smooth surface and the sharpest possible edge. Pressing downwards will make a mess of the teeth and probably damage the file. Proper saw sharpening extends the life of the saw, enhances its cutting performance, and reduces the effort required during use.

the file. Proper saw sharpening extends the life of the saw, enhances its cutting performance, and reduces the effort required during use.

“Saw taper file” is a type of file used for sharpening saw blades, particularly those with teeth designed for cutting wood. It's a specialized tool with a triangular cross-section and teeth cut into the edges. These files are used by woodworkers and carpenters to maintain the sharpness and effectiveness of their saws. They come in different sizes to match the tooth spacing of different saw blades.

  • Use of Saw Taper file:
  • Applications of Saw Taper file:

A saw taper file is a specialized tool used for sharpening saw teeth. Here's how it's typically used:

1.Select the Right File: Make sure you have the correct file size for your saw teeth. Using the wrong size can damage the teeth.

2.Secure the Saw: Place the saw in a vise or clamp it securely to a workbench to prevent movement while filing.

4.Position the File: Hold the file at the same angle as the saw teeth. The taper file is designed to match the angle of the teeth, so this should be relatively intuitive.

4.Position the File: Hold the file at the same angle as the saw teeth. The taper file is designed to match the angle of the teeth, so this should be relatively intuitive.

6.Even Strokes: Apply even pressure as you file each tooth. Avoid pressing too hard, as this can cause uneven sharpening or damage the teeth.

7.Check Progress: Periodically stop filing to check the sharpness of the teeth. You can run your finger lightly along the edge to feel for any burrs or irregularities.

8.Repeat as Necessary: Continue filing each tooth until they are all uniformly sharp. Depending on the condition of the saw, you may need to spend more time on some teeth than others.

9.Clean Up: Once you're satisfied with the sharpness of the teeth, remove the saw from the vise or clamp and clean off any metal shavings or debris.

10.Test the Saw: Before putting the saw back into regular use, make a few test cuts to ensure that the teeth are cutting smoothly and efficiently.

Remember, proper maintenance of your saw, including regular sharpening, will help prolong its lifespan and ensure optimal performance.

Square machinist files are precision tools commonly used in metalworking and machining applications. They feature a flat, square cross-section and are designed to accurately shape, smooth, and finish metal surfaces.

1.Metal Finishing Machinist files are essential for removing burrs, sharp edges, and imperfections from metal surfaces after cutting or machining processes. They help achieve precise and smooth finishes necessary for proper fit and function of metal parts. Machinist files play a significant role in metal fabrication processes such as shaping, fitting, and assembling metal parts. They are used to refine edges, adjust tolerances, and prepare metal surfaces for welding or joining.

2.Tool and Die Making: Machinist files are extensively used in the fabrication of tool and die components. They are crucial for shaping and refining intricate details on molds, dies, and tooling surfaces to ensure precise dimensions and optimal performance. Machinist files are commonly used in automotive workshops for repairing and restoring metal parts. They are employed to remove rust, smooth welds, and fine-tune metal components to restore them to their original specifications.

3.Woodworking While primarily designed for metalworking, machinist files can also be used in woodworking applications. They are useful for shaping and smoothing wood surfaces, especially in fine woodworking projects where precision is crucial. Machinist files find application in jewelry making and metalworking crafts. Jewelers use them to shape and refine metal components such as rings, clasps, and settings, ensuring precise fits and smooth finishes.

4.Mechanical Engineering Machinist files are indispensable tools in mechanical engineering workshops for prototyping, fitting, and assembly of mechanical components. They aid in precision machining tasks and assist in achieving tight tolerances required for mechanical systems.

5.Aerospace Industry Machinist files are utilized in the aerospace industry for manufacturing critical components of aircraft and spacecraft. They are instrumental in shaping and finishing metal parts to meet stringent quality and performance standards.

Square machinist files are versatile tools essential for shaping, smoothing, and finishing metal surfaces in various industrial, mechanical, and artisanal applications. Their precision and versatility make them indispensable in metalworking workshops, manufacturing facilities, and engineering environments.

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