RELATED SEARCHES
Sponsored Grinding Wheel Results:
Grinding Wheel: Diamond, Norton, And Concrete Grinding Wheels
By:
Published: July 30, 2007
There is always a need to sharpen and wear away at various tools and materials, and without the proper equipment, such a task is virtually impossible. One might be able to find something to cut through a few of the weaker, soft objects, but when dealing with really strong materials, one needs something that can get the job done correctly.
This is where the grinding wheel comes into play. Made from the toughest materials and meant to cut through the the most difficult surfaces, the grinding wheel is one of the most useful tools in construction today.
The grinding wheel's main purpose is to sharpen other materials, which is why they must be made from tougher materials. The actual part of the wheel that cuts the other materials is known as the abrasive, and is added to other agents that hold the wheel together.
Diamond is one of the most popular abrasive substances found in a grinding wheel, due to its incredible strength and its ability to wear down nearly any other surface. Of course, making a grinding wheel's edge entirely from diamond would produce a very expensive and all together impractical wheel, which is why it is combined with other materials along the outer edge of the wheel, such as silicon carbide. A grinding wheel that incorporates diamond is commonly used for cutting other tough surfaces such as gemstones in addition to softer surfaces such as concrete.
The circular shape allows the grinding wheel to spin easily on a central axis, and by rotating at high velocities, the grinding wheel chips away and wears down the other material to produce a keener or smoother surface. Wheels come in a variety of slightly different shapes, each designed to cater to the needs of consumers. Cylindrical grinding wheels provide a longer surface area to grind against, while a dish cup design is effective when one needs to grind in slots and crevices other grinding wheel designs would not be capable of. The straight wheel is the most common wheel design and allows the user to produce only a slightly concaved surface, which is ideal for the majority of jobs grinding wheels are used for.
Producing grinding wheels is a very dangerous and potentially hazardous business, as the design of the wheel requires it be very uniform. A poorly designed or made wheel runs the risk of exploding because of the high speeds needed to run a grinding wheel. Because of the inherent problems, one should ensure the grinding wheel they purchase is of good quality and sound design.
Norton, a company which manufactures abrasive blades and grinding wheels among other construction related products, is known for their top of the line tools as well as the wide variety of grinding wheels available. Norton produces concrete, asphalt, metal and ductile grinding wheels; each made with a specific type of surface to grind and wear down as efficiently and effectively as possible. Norton also makes abrasive blades which are cheaper alternatives used for smaller things a grinding wheel would be impractical for.
The grinding wheel is not a tool to be taken lightly, and with the ability to cut and carve through gemstones, it certainly is not lacking in power. With many types and shapes available, a good grinding wheel can be found to wear away nearly any surface. Because of this versatility and effectiveness, the grinding wheel is a device which despite a rather risky manufacturing, is not likely to be replaced any time soon.
Sources:
"Grinding Wheel." Wikipedia. 27 May 2007. Wikimedia Foundation, Inc.. 17 July 2007.
http://en.wikipedia.org/wiki/Grinding_wheel
"Grinding Wheel Information." 2003. Kestrel Creek. 17 July 2007.
http://www.kestrelcreek.com/Articles/Grinding_Wh eel.htm
"Abrasive Blades and Grinding Wheels." Norton Clipper. 2007. Saint-Gobain Abrasives, Inc. 17 July 2007.
http://www.nortonclipper.com/Data/Element/Node/C ategory/Category_edit.asp?ele_ch_id=C0000000000000
The grinding wheel's main purpose is to sharpen other materials, which is why they must be made from tougher materials. The actual part of the wheel that cuts the other materials is known as the abrasive, and is added to other agents that hold the wheel together.
Diamond is one of the most popular abrasive substances found in a grinding wheel, due to its incredible strength and its ability to wear down nearly any other surface. Of course, making a grinding wheel's edge entirely from diamond would produce a very expensive and all together impractical wheel, which is why it is combined with other materials along the outer edge of the wheel, such as silicon carbide. A grinding wheel that incorporates diamond is commonly used for cutting other tough surfaces such as gemstones in addition to softer surfaces such as concrete.
The circular shape allows the grinding wheel to spin easily on a central axis, and by rotating at high velocities, the grinding wheel chips away and wears down the other material to produce a keener or smoother surface. Wheels come in a variety of slightly different shapes, each designed to cater to the needs of consumers. Cylindrical grinding wheels provide a longer surface area to grind against, while a dish cup design is effective when one needs to grind in slots and crevices other grinding wheel designs would not be capable of. The straight wheel is the most common wheel design and allows the user to produce only a slightly concaved surface, which is ideal for the majority of jobs grinding wheels are used for.
Producing grinding wheels is a very dangerous and potentially hazardous business, as the design of the wheel requires it be very uniform. A poorly designed or made wheel runs the risk of exploding because of the high speeds needed to run a grinding wheel. Because of the inherent problems, one should ensure the grinding wheel they purchase is of good quality and sound design.
Norton, a company which manufactures abrasive blades and grinding wheels among other construction related products, is known for their top of the line tools as well as the wide variety of grinding wheels available. Norton produces concrete, asphalt, metal and ductile grinding wheels; each made with a specific type of surface to grind and wear down as efficiently and effectively as possible. Norton also makes abrasive blades which are cheaper alternatives used for smaller things a grinding wheel would be impractical for.
The grinding wheel is not a tool to be taken lightly, and with the ability to cut and carve through gemstones, it certainly is not lacking in power. With many types and shapes available, a good grinding wheel can be found to wear away nearly any surface. Because of this versatility and effectiveness, the grinding wheel is a device which despite a rather risky manufacturing, is not likely to be replaced any time soon.
Sources:
"Grinding Wheel." Wikipedia. 27 May 2007. Wikimedia Foundation, Inc.. 17 July 2007.
http://en.wikipedia.org/wiki/Grinding_wheel
"Grinding Wheel Information." 2003. Kestrel Creek. 17 July 2007.
http://www.kestrelcreek.com/Articles/Grinding_Wh eel.htm
"Abrasive Blades and Grinding Wheels." Norton Clipper. 2007. Saint-Gobain Abrasives, Inc. 17 July 2007.
http://www.nortonclipper.com/Data/Element/Node/C ategory/Category_edit.asp?ele_ch_id=C0000000000000
Featured Grinding Wheel Products:
