Files,Rasps,burrs,carbide burrs,cutting tools
steel file,wood rasp,diamond file,needle file,rotary file,carbide burrs. Factory Direct! Get free sample! sales@handfiletools.com Whatsapp: 86 18633457086
Wednesday, August 1, 2018
Monday, May 14, 2018
China carbide rotary burrs Manufacturer
China carbide rotary burrs Manufacturer
Carbide is the hardest material next to diamonds and will outlast high speed steel cutters.
Carbide burs (carbide burrs) are small cutting tools used for cutting, drilling, grinding, shaping, and material removal on hard materials.
The burrs are manufactured in two different materials, tungsten carbide or high-speed steel. The choice of material depends on the application.
The carbide rotary burr is an indispensable tool, used in a large number of industrial sectors including aviation, shipping, automotive and the chemical industry, to mention just a few. Its application areas encompass machining cast iron, cast steel, carbon steel, alloy steel, stainless steel, hardened steel, copper and aluminium.
Applications: weld preparation, weld smoothing, deburring, chamfering, deflashing, and scale removal, wood carving, farriers, metalsmithing, sculpting, welding, chamfering, jewelry manufacturing, die casting, and metal casting.
Our tungsten carbide burs are manufactured to meet your demands, you can also specify other cutters according to your demands.
Tungsten carbide is extremely hard and work in high speed to get the precise cutting edges.
If you don't see what you're looking for, please feel free to contact us.
Nanhe Ruixin Steel file Co.,Ltd.
http://www.handfiletools.com
Carbide is the hardest material next to diamonds and will outlast high speed steel cutters.
Carbide burs (carbide burrs) are small cutting tools used for cutting, drilling, grinding, shaping, and material removal on hard materials.
The burrs are manufactured in two different materials, tungsten carbide or high-speed steel. The choice of material depends on the application.
The carbide rotary burr is an indispensable tool, used in a large number of industrial sectors including aviation, shipping, automotive and the chemical industry, to mention just a few. Its application areas encompass machining cast iron, cast steel, carbon steel, alloy steel, stainless steel, hardened steel, copper and aluminium.
Choose the right rotary burrs
Recommended operating speeds R.P.M.
Applications: weld preparation, weld smoothing, deburring, chamfering, deflashing, and scale removal, wood carving, farriers, metalsmithing, sculpting, welding, chamfering, jewelry manufacturing, die casting, and metal casting.
Our tungsten carbide burs are manufactured to meet your demands, you can also specify other cutters according to your demands.
Tungsten carbide is extremely hard and work in high speed to get the precise cutting edges.
If you don't see what you're looking for, please feel free to contact us.
Nanhe Ruixin Steel file Co.,Ltd.
http://www.handfiletools.com
- E-mail: sales@handfiletools.com
- Whatsapp: +86 186 3345 7086
Monday, May 7, 2018
What are files and rasps technological process?
The basic principle of file-making is to cut teeth into a metal strip to provide a rough tool that can wear away material from a softer surface.
While files were produced by hand for hundreds of years, they can now also be mass produced by machine. Either process follows the method below.
Creating the blank
The first step in the file-making process is to create a strip of metal that is roughly the right shape and size of the finished file. This is called the 'blank'.
To achieve this result, steel can be forged, melted and poured into a die to set, or pressed between two heavy rollers and then cut to shape.
Annealing the file
Annealing is a process through which steel is softened so that it is easier to work with.
The file blank is heated until it turns a deep red colour, and then left to cool at room temperature.
As heating the metal blank can cause it to deform, it is ground or filed back into shape once it has cooled.
Cutting teeth into the file
At this point, teeth are cut into the file at regular intervals using a chisel.
The angle of the teeth is usually around 40-55 degrees to the file's surface, depending on the type of pattern being cut onto the file. This angle is referred to as the 'rake' of the file.
For more information, see:Nanhe Ruixin Steel File Co., Ltd
If the angle of the teeth is too narrow, they are more likely to get lodged in the surface of the work piece. If the angle is too wide, they are more likely to break and snap off the body of the file.
Some files can be made with a negative rake, meaning that the teeth actually point away from the workpiece rather than towards it.
In this case, the teeth do not cut material away, but instead scrape across the surface, scratching off any irregular lumps (high spots) and forcing the off cut material into any tiny dents (low spots).
These files are usually cut with fine teeth, and used to produce a very smooth finish.
Cutting rasp teeth
Rasp teeth are made using a triangular punch, which cuts each tooth individually.
For more information on rasps, see: Nanhe Ruixin Steel File Co., Ltd
Tempering the file
Once the teeth have been cut, the file needs to be tempered, or hardened, so that it can cut through other materials without taking damage.
The file is heated once again.
Once it has reached the desired temperature, it is plunged into a large bath of brine and cooled rapidly
Rapid cooling like this causes the grain in the steel's molecular structure to become finer, which makes it harder and gives it a greater tensile strength.
This process is repeated multiple times to make sure the steel is hard enough to be used as an abrasive.
Softening the tang
One side effect of the tempering process is that it can cause the steel to become brittle, making it more likely to shear or snap if dropped.
As the tang of the file is thinner than the rest of the body, it is a potential weak point.
As such, once the rest of the heat treatment has been completed, the tang is heated again and allowed to cool at room temperature. This softens the tang once again, making it less brittle and more resistant to damage.
Files that have undergone this part of the process are sometimes referred to as being 'variable heat-treated'.
While files were produced by hand for hundreds of years, they can now also be mass produced by machine. Either process follows the method below.
Creating the blank
The first step in the file-making process is to create a strip of metal that is roughly the right shape and size of the finished file. This is called the 'blank'.
To achieve this result, steel can be forged, melted and poured into a die to set, or pressed between two heavy rollers and then cut to shape.
Annealing the file
Annealing is a process through which steel is softened so that it is easier to work with.
The file blank is heated until it turns a deep red colour, and then left to cool at room temperature.
As heating the metal blank can cause it to deform, it is ground or filed back into shape once it has cooled.
Cutting teeth into the file
At this point, teeth are cut into the file at regular intervals using a chisel.
The angle of the teeth is usually around 40-55 degrees to the file's surface, depending on the type of pattern being cut onto the file. This angle is referred to as the 'rake' of the file.
For more information, see:Nanhe Ruixin Steel File Co., Ltd
If the angle of the teeth is too narrow, they are more likely to get lodged in the surface of the work piece. If the angle is too wide, they are more likely to break and snap off the body of the file.
Some files can be made with a negative rake, meaning that the teeth actually point away from the workpiece rather than towards it.
In this case, the teeth do not cut material away, but instead scrape across the surface, scratching off any irregular lumps (high spots) and forcing the off cut material into any tiny dents (low spots).
These files are usually cut with fine teeth, and used to produce a very smooth finish.
Cutting rasp teeth
Rasp teeth are made using a triangular punch, which cuts each tooth individually.
For more information on rasps, see: Nanhe Ruixin Steel File Co., Ltd
Tempering the file
Once the teeth have been cut, the file needs to be tempered, or hardened, so that it can cut through other materials without taking damage.
The file is heated once again.
Once it has reached the desired temperature, it is plunged into a large bath of brine and cooled rapidly
Rapid cooling like this causes the grain in the steel's molecular structure to become finer, which makes it harder and gives it a greater tensile strength.
This process is repeated multiple times to make sure the steel is hard enough to be used as an abrasive.
Softening the tang
One side effect of the tempering process is that it can cause the steel to become brittle, making it more likely to shear or snap if dropped.
As the tang of the file is thinner than the rest of the body, it is a potential weak point.
As such, once the rest of the heat treatment has been completed, the tang is heated again and allowed to cool at room temperature. This softens the tang once again, making it less brittle and more resistant to damage.
Files that have undergone this part of the process are sometimes referred to as being 'variable heat-treated'.
Wednesday, April 11, 2018
Manufacturer best wood files and rasps tools made in China
Manufacturer best wood files and rasps made in China.
Factory direct! Get free sample!
sales@handfiletools.com
http://www.handfiletools.com Nanhe Ruixin Steel file Co.,Ltd.
Factory direct! Get free sample!
sales@handfiletools.com
http://www.handfiletools.com Nanhe Ruixin Steel file Co.,Ltd.
Thursday, March 29, 2018
Manufacturer China diamond need file factory direct wholesale
Diamond need file factory direct wholesale manufacturer, supplier in China.High Quality factory price!
Get free sample!
sales@handfiletools.com
Thursday, March 22, 2018
Diamond needle file Supplier in China. Needle file Factory direct wholesale!
Diamond needle file Supplier in China. Needle file factory direct wholesale. Get free sample!
Nanhe Ruixin Steel file Co.,Ltd.
sales@handfiletools.com
http://www.handfiletools.com
Nanhe Ruixin Steel file Co.,Ltd.
sales@handfiletools.com
http://www.handfiletools.com
Wednesday, March 21, 2018
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