The irony of aluminum. Aluminum cans, foil, silver paint. All these would not exist if aluminum were not present in the earth’s crust. Alternatively, they would be very expensive if Charles Martin Hall and Paul Héroult did not discover electrolysis, which is the method of extracting the metal from its ore nowadays. Fortunately, they did discover it. The Hall-Héroult process for the production of aluminum is the foremost process used in the metalworking industry today.
For the further commercial use of this abundant metal, metalworkers use the aluminum casting process to mass produce aluminum alloys. Die molding, hot isostatic pressing, sand casting, composite mold casting, continuous mold casting, permanent mold casting, centrifugal casting, investment casting, and plaster casting; this is a list of the many ways of aluminum part castings. These metal parts have a number of uses in the aeronautic, automobile, electronic, and electrical industries.
Due to this silvery lightweight metal’s incredible versatility, aluminum cast parts are also found in such gadgets as transistors, computers, mobile phones, lawnmowers, cars, escalators, aircraft, conveyor belts, streetlamps, and some dental equipment. In addition, aluminum compounds are used in the production of glass, ceramics, antiperspirants, synthetic rubber, paint, paper, cosmetics, varnishes, and leather tanning.
If science and technology did not go forward as it did, aluminum would still be more expensive than gold today. The irony of aluminum is that of all the metals in the world it is the most abundant one, but it could not have been used as it is used today without a cost-efficient method of extracting the metal.
Aluminum Parts and supporting businesses for manufacturing. Manufacturing blog for Kinetic Die Casting for post regarding manufacturing aluminum parts and for other products that support the manufacturing industry. Some production parts are made by other materials and some posts will be for supporting businesses.
Wednesday, February 25, 2009
Friday, February 20, 2009
Aluminum Parts Analyzed
Aluminum Parts Analyzed. The world needs such a wide range of products made out of aluminum that some metalworking companies concentrate their businesses solely on aluminum products. Yet even when narrowed down to this one metal, the production activities for said company can be numerous. There is the choice of assembling aluminum cast parts, powder coating such parts, or perhaps plating them. There is the pressure testing of aluminum products, tooling, mold altering, machining, or casting. More decisions are to be made regarding the aluminum casting process, whether it should be die casting, sand casting, permanent mold casting, or plaster casting. The decision will depend on the design features of the product. Dimension, surface finish, how complex the shape, the mechanical properties and quality needed, and of course the cost factors all come into play. Finally, although a company chooses to exclusively work on aluminum part castings only, the brochure of said corporation would still be filled with hundreds of different products.
This is because the metal aluminum has properties that make it suitable to almost all metalworking applications. Aluminum is malleable, ductile, with good heat and electric conductivity, has a high strength to weight ratio, is non corrosive, and is cheap enough to manufacture. All these qualities make aluminum the #1 metal for industrial applications. Aluminum is found in die cast parts for electronic gadgets, machines, automotive engines, rocket mechanisms, marine products; as well as in day-to-day products like toys and CPU’s. It is also cast to make kitchen utensils like skillets, pots, and pans. High wire electricity uses aluminum. It’s a good thing the metal is abundant in our earth’s crust.
This is because the metal aluminum has properties that make it suitable to almost all metalworking applications. Aluminum is malleable, ductile, with good heat and electric conductivity, has a high strength to weight ratio, is non corrosive, and is cheap enough to manufacture. All these qualities make aluminum the #1 metal for industrial applications. Aluminum is found in die cast parts for electronic gadgets, machines, automotive engines, rocket mechanisms, marine products; as well as in day-to-day products like toys and CPU’s. It is also cast to make kitchen utensils like skillets, pots, and pans. High wire electricity uses aluminum. It’s a good thing the metal is abundant in our earth’s crust.
Sunday, February 15, 2009
Aluminum Auto Parts Now
Aluminum Auto Parts Now. Entire Car Soon.
Pop quiz: What is common between James Bond and the metal aluminum? The answer is that famous sports car brand Aston Martin. One of the cars that have been used in the movie featured aluminum exterior body panels and flooring. These aluminum auto parts made the hero zoom his way on the road like the wind.
Yes, most of the gadgets we’ve seen in the older Bond movies may be fictional, but cars like the Aston Martin Vanquish are not. In fact, more and more automobile manufacturers have started using aluminum in producing vehicles like the Audi A8 and the Honda Insight.
There was a time when these carmakers shied away from using aluminum because of concerns for costs and concerns for safety. However, with advancement in technology, aluminum is becoming a feasible and safe choice for production of car parts. Since some companies are in a wait-and-see mode, production of such aluminum vehicles is still relatively low.
These manufacturers are still quite conservative about mass producing cars out of aluminum because of so many technical reasons that they want to be refined first. There are many advantages to using steel that have not been answered by aluminum yet. This is why research is continuously being conducted to develop methods and techniques that can support the aluminum revolution in car parts manufacturing.
Many components though, are being experimented upon like engine blocks, cylinder heads, wheels, panels, and body structures. There is also a growing use for aluminum auto parts that are weight-intensive like hoods, trunks, and others.
Pop quiz: What is common between James Bond and the metal aluminum? The answer is that famous sports car brand Aston Martin. One of the cars that have been used in the movie featured aluminum exterior body panels and flooring. These aluminum auto parts made the hero zoom his way on the road like the wind.
Yes, most of the gadgets we’ve seen in the older Bond movies may be fictional, but cars like the Aston Martin Vanquish are not. In fact, more and more automobile manufacturers have started using aluminum in producing vehicles like the Audi A8 and the Honda Insight.
There was a time when these carmakers shied away from using aluminum because of concerns for costs and concerns for safety. However, with advancement in technology, aluminum is becoming a feasible and safe choice for production of car parts. Since some companies are in a wait-and-see mode, production of such aluminum vehicles is still relatively low.
These manufacturers are still quite conservative about mass producing cars out of aluminum because of so many technical reasons that they want to be refined first. There are many advantages to using steel that have not been answered by aluminum yet. This is why research is continuously being conducted to develop methods and techniques that can support the aluminum revolution in car parts manufacturing.
Many components though, are being experimented upon like engine blocks, cylinder heads, wheels, panels, and body structures. There is also a growing use for aluminum auto parts that are weight-intensive like hoods, trunks, and others.
Wednesday, February 11, 2009
Super Aluminum Metal Parts
Super Aluminum Metal Parts
The #1 most abundant metal on earth is aluminum. Then there is iron, magnesium, calcium, and the rest. Aluminum is a widely used metal. Ever since the discovery of electrolysis to extract it from ores made it affordable and practical. Before that discovery in the 19th century, this metal was more expensive than gold and silver. The reason for this unusual phenomenon was that aluminum, though abundant, was hard to produce and therefore expensive to produce. Nowadays, it is a lot cheaper and used in a lot of different applications. Aside from such diverse functions as high-voltage electric lines, food containers, and mirror coatings, this silver grey metal is also in air planes and automobiles, marine outboard motors, escalators, guitar amplifiers, light fixtures, and typewriters as aluminum cast parts.
Casting methods for aluminum can be chosen depending on what they are to be used for. The metal is so adaptable that it can be shaped or cast using all the processes known to metal. The aluminum casting process is as diverse as the metal’s many applications. Although in pure form it is soft, its alloy is quite hard. The metals suitable to make aluminum alloys are zinc, copper, manganese, and magnesium.
Aluminum castings use a number of metallurgical casting methods. The molten aluminum is poured into a mold. The mold could be made of sand, plaster, wax, or a stronger metal. These molds are pre-shaped into the desired product. They are strong enough to withstand multiple castings. The different processes of casting are called die casting, sand casting, investment casting or the lost wax process, and continuous casting.
The #1 most abundant metal on earth is aluminum. Then there is iron, magnesium, calcium, and the rest. Aluminum is a widely used metal. Ever since the discovery of electrolysis to extract it from ores made it affordable and practical. Before that discovery in the 19th century, this metal was more expensive than gold and silver. The reason for this unusual phenomenon was that aluminum, though abundant, was hard to produce and therefore expensive to produce. Nowadays, it is a lot cheaper and used in a lot of different applications. Aside from such diverse functions as high-voltage electric lines, food containers, and mirror coatings, this silver grey metal is also in air planes and automobiles, marine outboard motors, escalators, guitar amplifiers, light fixtures, and typewriters as aluminum cast parts.
Casting methods for aluminum can be chosen depending on what they are to be used for. The metal is so adaptable that it can be shaped or cast using all the processes known to metal. The aluminum casting process is as diverse as the metal’s many applications. Although in pure form it is soft, its alloy is quite hard. The metals suitable to make aluminum alloys are zinc, copper, manganese, and magnesium.
Aluminum castings use a number of metallurgical casting methods. The molten aluminum is poured into a mold. The mold could be made of sand, plaster, wax, or a stronger metal. These molds are pre-shaped into the desired product. They are strong enough to withstand multiple castings. The different processes of casting are called die casting, sand casting, investment casting or the lost wax process, and continuous casting.
Tuesday, February 10, 2009
Right Aluminum Roofing
Right Aluminum Roofing. When you are in the process of picking out the roofing material to use for your house, you will have to take in consideration that the kind you eventually choose will affect the appearance of your home, as well as the comfort of all that live under your roof. Choosing the right kind of roofing tile materials is essential to keeping your family, as well as the interior of your house dry. You will also need to think of energy conservation in your choice of roofing materials.
One other factor that should play a big role in your selection is the architectural design of your house. Based on the angle or pitch of your roof, as well as the general theme your house has been styled around should influence your choice of concrete roofing tile materials, made from aluminum roof tile molds.
A lot of contractors and roofers recommend the use of concrete designed roofing tile materials for various kinds of architectural styles. Concrete roof tiles, in particular, are very popular in most building styles. These tiles are long-lasting and weather proof, as well as provide quality aesthetic appeal to your roof. They are also very versatile as concrete takes on various pigments and come in a wide variety of colours. They can even be made to look like slate, terra cotta, or shake roof tiles.
Another advantage in choosing concrete roof tiles molds is that this kind of roofing materials contributes even more to the energy efficiency of your home by creating an exceptionally well-ventilated roof that repels all sorts of extreme weather conditions, as well as keeps the interior of your home from losing conditioned air.
When all is said and done, the choice of your roofing materials should match the architectural style of your home, provide you with good insulation, make your dwelling more energy-efficient, attractive and comfortable, as well as fit your budget.
*****
One other factor that should play a big role in your selection is the architectural design of your house. Based on the angle or pitch of your roof, as well as the general theme your house has been styled around should influence your choice of concrete roofing tile materials, made from aluminum roof tile molds.
A lot of contractors and roofers recommend the use of concrete designed roofing tile materials for various kinds of architectural styles. Concrete roof tiles, in particular, are very popular in most building styles. These tiles are long-lasting and weather proof, as well as provide quality aesthetic appeal to your roof. They are also very versatile as concrete takes on various pigments and come in a wide variety of colours. They can even be made to look like slate, terra cotta, or shake roof tiles.
Another advantage in choosing concrete roof tiles molds is that this kind of roofing materials contributes even more to the energy efficiency of your home by creating an exceptionally well-ventilated roof that repels all sorts of extreme weather conditions, as well as keeps the interior of your home from losing conditioned air.
When all is said and done, the choice of your roofing materials should match the architectural style of your home, provide you with good insulation, make your dwelling more energy-efficient, attractive and comfortable, as well as fit your budget.
*****
Wednesday, February 4, 2009
All about Aluminum Parts
Aluminum is a widely used metal in our modern world. Imagine a world without aluminum. It will also be a world without silver paints, explosives, glass, ceramics, cans, foils, LED lights, frying skillets, automobiles, airplanes, CPU’s, outboard motors, lawnmowers, escalators, conveyor belts, streetlamps, typewriters, and some dental equipment. All these things have a component of aluminum, as aluminum cast parts or in other forms.
First step in the aluminum parts casting process is the presence of an original object which a mold is patterned after. The mold could be made out of sand, wax, plaster, or another metal. There are variations within these variations. For example, sand could be dry sand cores or green sand molds. Metal molds could be water cooled or not. Lubricant is placed on these molds before anything else. Next step is the melting of the metal. The molten metal is then poured into the mold and allowed to solidify inside. As it cures, it takes the shape of the mold, copying every little detail. The product is then taken out of the mold. For aluminum part castings, the process is repeated on and on for a number of times, in the mass production of aluminum parts. These aluminum parts are then used for building machines or casings of equipment, or they become part of the little details of some ordinary things that we take for granted.
The casting process is also used in applications other than industry, for example, in art. Sculptors are familiar with the aluminum parts casting process. In fact, one famous sculpture that is made of aluminum parts casting is the statue of Eros in Piccadilly of London, the U.K. which used the lost wax method.
First step in the aluminum parts casting process is the presence of an original object which a mold is patterned after. The mold could be made out of sand, wax, plaster, or another metal. There are variations within these variations. For example, sand could be dry sand cores or green sand molds. Metal molds could be water cooled or not. Lubricant is placed on these molds before anything else. Next step is the melting of the metal. The molten metal is then poured into the mold and allowed to solidify inside. As it cures, it takes the shape of the mold, copying every little detail. The product is then taken out of the mold. For aluminum part castings, the process is repeated on and on for a number of times, in the mass production of aluminum parts. These aluminum parts are then used for building machines or casings of equipment, or they become part of the little details of some ordinary things that we take for granted.
The casting process is also used in applications other than industry, for example, in art. Sculptors are familiar with the aluminum parts casting process. In fact, one famous sculpture that is made of aluminum parts casting is the statue of Eros in Piccadilly of London, the U.K. which used the lost wax method.
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