Metals and Things

Metals and Things. It is an interesting process of working on metal that dates back to the 1800’s with the printer’s type, which are those blocks of letters used in making books. Then the phonograph and the cash register were made with metals using this method. Nowadays, almost everything is made with metal parts that were produced by diecasting.

But what is diecasting? It is a way of reproducing engineered metal economically, in a very precise manner. This method reproduces even complex shapes and textures accurately. It involves a machine that pressure injects a molten non ferrous metal into a die mold. This mold is reusable. The mold is already formed into the desired shape beforehand by diecasting experts. The metal products and parts are then mass produced for various industrial uses.

The metals used in diecasting are copper, lead, magnesium, zinc, brass, and tin.

Just like the versatility of the process, the products are also versatile. You can find these diecast metal parts in almost anything that is of use in our modern world, from automobiles to computers to mobile phones, from factories to farms to airfields and furniture, from piping systems to carburetor bodies and toy stores.

What are these parts? They are the metal stuff that you observe all around you, stuff like antennas, connectors, knobs and valves, hinges, handles and lids, housings and fittings, fasteners, pedals, sprockets, doorknobs and zippers, and aerospace die casting and gears.

It makes you wonder at how far we have gone since the copper smelting at the first camp fires a couple of hundred of years back when the world was new.

The Different Metals Die Casters Use

The Metals They Use. Diecasting is a method of manufacturing metals into industrial parts. Some of these metals are zinc, copper, magnesium, aluminum, and lead. These metals are used because they are low melting, ductile, have high electrical and heat conductivity, lightness, hardness, and strength. The diecasting method entails pressure injecting the liquid metal into a die or mold. When the metal hardens, it is taken out of the die mold. A diecasting machine is used for this manufacturing process. It is ideal for mass producing.

Zinc parts can be found in the antennas of mobile phones. It is also used in computers, electronic and electrical equipment. Zinc is ductile, corrosion resistant, economical and easy to cast especially for small parts, has high impact strength and hardness.

Diecast copper is used in an induction motor rotor. Copper is corrosion resistant, has high conductivity, the strength of steel, and good mechanical properties; ideal for this kind of industrial use.

Magnesium is used in power train mechanical components, in automotive safety components like seat frames and auto instrument panel structures. This is due to its strength-to-weight ratio, meaning that it is a tough metal; and yet it is lighter than steel or aluminum. It is ductile, has high strength, can absorb energy, and yet it gives itself easily to diecast manufacturing.

Aluminum parts are manufactured for automotive machines, aircrafts, and lighting fixtures. It is a lightweight metal that can be formed into complex shapes, and fashioned into thin walls. It has a good electrical conductivity and can retain its strength even when subjected to high temperatures.

Lead and tin is used in pipes due to its qualities of malleability, ductility and non-corrosiveness.

The Metals They Use

The Metals They Use. Die casting is a method of manufacturing metals into industrial parts. Some of these metals are zinc, copper, magnesium, aluminum, and lead. These metals are used because they are low melting, ductile, have high electrical and heat conductivity, lightness, hardness, and strength. The die casting method entails pressure injecting the liquid metal into a die or mold. When the metal hardens, it is taken out of the die mold. A die casting machine is used for this manufacturing process. It is ideal for mass producing.

Zinc parts can be found in the antennas of mobile phones. It is also used in computers, electronic and electrical equipment. Zinc is ductile, corrosion resistant, economical and easy to cast especially for small parts, has high impact strength and hardness.

Die cast copper is used in an induction motor rotor. Copper is corrosion resistant, has high conductivity, the strength of steel, and good mechanical properties; ideal for this kind of industrial use.

Magnesium is used in power train mechanical components, in automotive safety components like seat frames and auto instrument panel structures. This is due to its strength-to-weight ratio, meaning that it is a tough metal; and yet it is lighter than steel or aluminum. It is ductile, has high strength, can absorb energy, and yet it gives itself easily to die cast manufacturing.

Aluminum parts are manufactured for automotive machines, aluminum aircraft parts, and lighting fixtures. It is a lightweight metal that can be formed into complex shapes, and fashioned into thin walls. It has a good electrical conductivity and can retain its strength even when subjected to high temperatures.

Lead and tin is used in pipes due to its qualities of malleability, ductility and non-corrosiveness.

Examples of Aluminum Aircraft Parts

Examples of Aluminum Aircraft Parts



The United States of America is the world’s leader in the production of aircraft and related methods. Military aircraft shape the stamina for both nationwide defense and protrusion of power. The air transportations are significant to air dominance, strike, early warning, airlift, scouting, sea control, ground attack and command and control. Development in air transportation price and ability therefore present important controlling probability for decreasing defense expenses.

The B-52H BUFF aka Big Ugly Fat Fellow

A sum of seven hundred and forty four B-52s were created with the final, a B-52H, transported in 1962. The H representation is the only one that is still in the Air Force account and are all allocated to Air Combat Command. The very first of 102 B-52H's was transported to the Strategic Air Command in 1961. The H representation can hold up to twenty air instigated cruise missiles. Plus, it can hold the usual cruise missile that was instigated from the B-52G representations.

The F-117A Nighthawk Attack Fighter

The very first F-117A was transported in the year 1982, and the final Nighthawk deliverance was in the summer of year 1990. The F-117A manufacture verdict was ready in 1978 with a diploma presented to Lockheed Advanced Development Projects.

To get a price for aluminum die casting parts or die casting tooling, call toll free 800-524-8083 and ask for sales. Or email us at sales@kineticdc.com for a fast response on a price quote.

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Methods for Making Aluminum Aircraft Parts

Methods for Making Aluminum Aircraft Parts

Aluminum which are used in the making of aircraft parts are usually alloyed with other kinds of metals to make the material stronger. This material is at times called duralumin. Aircraft engineers favour aluminum for its density which is low and because it is light weight.

One of the common methods for making aluminum aircraft parts is die-casting. This method is specifically befitted to the manufacturing of huge amounts of relatively diminutive parts. Metal moulds are injected with molten metal under ample pressure. The combination of brisk injection and quick curing under high pressure produces a fine-grain, opaque surface structure, and this leads to superb fatigue and wear properties. But shrinkage and air entrapment could possibly lead to porosity; therefore, a limit of 1.0 mm in machine cuts should be established to avoid exposing the material.

Another method for producing aircraft parts with aluminum is permanent mold or gravity die casting. Similar to die casting, this method is suitable for high-volume production. Typically, die castings are relatively smaller than permanent mold castings. Permanent mold castings could reach up to 10 kg at maximum; but castings far larger are sometimes custom made when the costs of the production equipment are respectively justified by the specific quality requirements the casting asks.

Why Should You Use Aluminum Aircraft Parts?

Why Should You Use Aluminum Aircraft Parts? We should use aluminum in aircraft parts because it is light in weight and low in density. The aluminum is actually alloyed with other kinds of metals to make it much tougher and stronger. This is often called duralumin.

Aluminum alloys that are used in the aerospace production are very strong and have the ability to act upon well in difficult and harsh settings. The 7075 Aluminum is the best choice for alloy when it comes to mechanized aircraft parts, and 5052 aluminum, which is not really as strong but is easier to weld, is also often used. The Aluminum 7075 is perfect for extremely stressed parts and is said to be the strongest kind of aluminum. It has excellent resistance to high temperature and corrosion, which are both important features in aircraft aluminum.

The 7075 and 5052 aluminum could be altered into billets, plates, sheets, rods, tubes, bars, and coils, which are useful in the construction of aircrafts. Other substitutes to aluminum are wood, which is actually lighter in weight but weaker than aluminum. Aircraft metal should be very strong but also light in weight, and aluminum displays these necessities, which makes it the perfect selection for airplane manufacture.

To get a price for aluminum die casting parts or die casting tooling, call toll free 800-524-8083 and ask for sales. Or email us at sales@kineticdc.com for a fast response on a price quote.

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The Many Uses Of Aluminum Parts Types

The Many Uses Of Aluminum Parts Types. Aluminum is a type of metal that is silvery and lightweight, and it makes up a great number of household items, such as pots and pans, aluminum foil, as well as cans used to hold beverages. This is the reason why aluminum parts types are widely used for a variety of items in die casting. Aluminum is non-toxic, does not corrode very easily, it is non-magnetic, and more importantly, it is easily formed and molded into many different shapes.

Aluminum ranks third, just behind oxygen and silicon, as the earth’s most bountiful element. In fact, it makes up 8.1 percent of the earth’s crust in weight alone. Because aluminum is considered an extremely active metal, it is rarely found in metal form at all. It is mostly derived from earth materials, such as kaolin, a white clay rich in aluminum, a prime component in the production of porcelain. It is also found in alum salts, which are used as a chemical to help dyes adhere to cloth.

Aluminum heated in very high temperatures in a vacuum can evaporate and stick firmly on cool surfaces of glass to create a mirror. Aluminum mirrors, unlike silver, never tarnishes when exposed to air. There are many other uses for aluminum, particularly in the die casting industry. Aluminum parts types are ideal for the manufacture of pots and pans used for cooking. This is because aluminum pots and pans generate more heat than other metal.

Despite the presence of other metals used in die casting, such as zinc, magnesium, or copper, aluminum parts types remain the most widely-used metal to create a great number of useful tools, Chocolate Fountain Heaters, implements, and components of aircraft parts and automobile parts.

Aluminum Brackets: Lightweight Versatile Connectors

Aluminum Brackets: Lightweight Versatile Connectors. Prior to the introduction of aluminum brackets, most brackets were made of steel. However, this is inconvenient because steel is costly and heavy. Aluminum on the other hand, is a very light metal. As a result, aluminum brackets became more popular since it was lighter, less expensive, and its production was a lot faster and saved more energy and money.

Aluminum bracket parts or “aluminum brackets hardware”, are very common parts used for both industrial and household purposes such as in home equipments, automobiles, lighting fixtures and even airplanes. This is why its manufacture must be quick, easy and affordable. The need for welding or assembling pieces together has been eliminated since aluminum brackets hardware can be produced in net shape. A solid aluminum bracket is more durable than two brackets welded together. In addition, aluminum brackets hardware can be designed with strengthening ribs or radii for reinforcement that makes some bracket parts even stronger steel parts welded together. Aluminum brackets also eliminates the added cost for machining holes because holes can be die cast into place.

Regarding technical information, these brackets are lightweight, weighing 33% lighter than steel brackets. As mentioned earlier, in some instances aluminum brackets could even be made stronger than steel. The rate of aluminum brackets hardware production ranges from a few hundred up to a few thousand bracket parts a day. Another property of aluminum brackets is electrical conductivity.

In aircraft die cast aluminum brackets are used to hold together some of the aircraft’s components. The same purpose of aluminum brackets applies to automobiles. Lighting companies use aluminum brackets hardware in lighting fixtures and housings. Sometimes, aluminum brackets are die cast on housings for the purpose of mounting. Aluminum brackets are also used extensively in home hardware, such as holding shelves together.

Aluminum die casting is Incredible

Aluminum Castings, Aluminum die casting is an incredible way of manufacturing aluminum parts. Die casting is the manufacturing procedure of forcefully inserting molten metal, in this case aluminum, into a steel mold or die and making it solidify to form metal parts. Aluminum is one of the top choices in die casting because it is lightweight, malleable or flexible, and has a high electrical and thermal conductivity. Aluminum has a fatigue or endurance limit that is not yet defined as compared to steel. It surely has very high fatigue strength, perfect for constructing materials that will last for long periods of time.

The aluminum die cast products, also called aluminum castings, are exceptionally durable and highly resistant to corrosion. Thus aluminum castings are even utilized in military equipment and automotive parts. In the military, aircraft parts, missiles, torpedo boats, and armored vehicles such as tanks all contain aluminum castings. Aluminum automotive parts include radiators, carburetors, gas tanks, valve covers, mirrors, air filter adapters, exhaust systems, body and closure panels, door and trunk handles, auto lamp parts, engine brackets, wheels, master cylinders, ornaments and logos among others. Aluminum is also used in lighting fixtures, lawnmowers, heat sinks, medical and dental equipment, roofing tile molds, golfing products, amplifiers, hand tools, typewriter frames, and even kitchen paraphernalia.

Everybody knows what aluminum is since it is used in countless materials and products. Aluminum, known for its low density and ductility as well as its durability and corrosion resistance, has become a wonder metal that can be used in so many ways.

Aluminum Aircraft parts

The United States leads the world in manufacturing aircraft and associated systems. Military aircraft form the backbone for both national defense and projection of power. These air vehicles are critical to air superiority, strike, airlift, early warning, reconnaissance, command and control, ground attack and sea control. Fully one-third of the DOD annual budget($85 billion per year) supports aircraft expenditures. Improvements in air vehicle cost and capability therefore offer significant leveraging potential for reducing defense expenditures. SeoContest2008

Sweeping global changes in recent years have presented significant new challenges to the US aeronautics industry. Perhaps most significant is the end of the cold war, bringing dramatic reductions in defense spending including development of new aircraft and engines.

Kinetic Die Casting produces Aluminum Aircraft parts for military parts companies.