Castings for Cast-Parts

Examples of Aluminum Heat Sinks Die Castings. Heat sinks are devices used to remove heat emitted from parts of electronic applications or appliances. Examples of these are your mobile devices, computers that run 24/7, audio amplifiers, and the like. Though heat sinks have already been made and used prior to the development of aluminum heat sinks, they didn’t last long plus they were more expensive and had limitations in terms of thermal conductivity. When manufacturers of heat sinks started producing them but made with aluminum, people discovered the benefits they got from them such as the increase in durability, cost efficiency, and better thermal conductivity.

Another significant benefit when using aluminum heat sink die castings is the ability to conduct electricity. This means that you don’t have to keep adding copper plating, the heat sinks are easily electrically grounded, and you can prevent further danger when dealing with large amounts of electricity.

There are many examples of aluminum heat sinks that are being used by people everyday. These people normally use electronic applications that emit large amounts of heat from their interior parts and components, so it is only safe to use these heat sinks to prevent breakdowns or malfunctions. Examples of these include CPU heat sinks, refrigeration, cooling electronic devices, and motherboard heat sinks. You will also find aluminum die casting heat sinks being used to cool down PCs, cell phones, and other equipment.

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.

Why should you use Die Casting Aluminum Boxes? To protect electronic machinery or components from the damages which water, moisture, dust, or abrupt shock can do, one has to use boxes which has the capability to keep the said factors away. This answers the question, “Why should you use Die Casting Aluminum Boxes?” It is because the die casting aluminum boxes can protect components from outside factors since they are made from aluminum die castings and also have die cast lids. The die cast covers can be bolted in place as a way of sealing the item. This will protect the components from factors which causes damages.

Aside from this, die cast aluminum boxes can also be utilized for RF/EMI shielding. This RF (Radio Frequency) or EMI (Electrical Magnetic Inductance) shielding is important if one wants to shield electronic components from unwanted interference which radio waves and frequencies can cause. Through the use of die casting aluminum boxes, electronic components are given RF/EMI shielding since the boxes have the capability of dispersing and absorbing any external frequencies. Utilization as enclosure for computer disk drives, computer components, engine compartments, motors, communication devices, electrical junction boxes, or car transmission is also one of the reasons why these boxes should be used. Since aluminum die cast parts are also less heavy than steel parts, as a manufacturer, it is more beneficial to use this. Aside from being electrically conductive, it will allow easier and less cost of transportation since it only weigh 1/3 of the weight of the steel parts.

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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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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For starters, die casting tooling is a general term that may also be known as diecasting tooling, die casting dies, insert dies, die casting molds or simply dies. The main function of die casting tooling is to serve as the holding chamber where the molten material is poured through. This ensures that the molten material actually takes the shape of its holding chamber, no matter how intricate or simple the design(s) may be. However, a good die should also afford the easiest means to actually cool down the molten material quickly and to finally remove the pieces from the holding chamber without much effort. Usually, the pieces that come from the die would need to be “trimmed” to rid of excess materials.

Although the tools behind the creation of dies from molten material have been improved dramatically by time and technology, the principles from the 1830 Elisha Root machines (the very first ones) still applies. Usually, there are two sides of die casting molds, with one part remaining stable, and the other one easily detachable so that the hardened material within can easily be popped out. These are held together while molten material is poured through an opening on one side of the die. This process can be repeated several times as long as the die remains intact or until the design of the die is still needed.

These days, the process of melting the needed alloys have become easier and faster. It is also now more economical to process larger volumes of materials that ever before. This is mainly due to the fact that machines are doing most of the “heavy lifting” – from melting ores, combining alloys, to pouring the molten material to the die, etc.

Die Casting Tooling 101: Cavities, Mold Halves And Clamping Pressure. Die casting tooling may seem innocuous, but this is an integral part of any die casting production. Die casting tooling may also be referred to as die casting molds or die casting dies. In many instances, these are referred to simply as dies or molds. As such, there are 4 types of cavities, depending upon the pieces that are to be made and the sophistication of the machines carrying out the production. These cavities range from the singe cavity die (single, solid component); the multiple cavity die (several similar pieces can be made at the same time using on die); unit dies (dissimilar pieces are processed that usually fit into one workable component); and the combination die or combo die (where the die works with most or all of the other aforementioned functions.) Most assembly line production these days utilizes combo dies.

Die Cast Tooling Dies have two halves: the cover half which remains constant all throughout the processing stage; and the ejector half. The ejector half is not only detachable, but this also contains the spruce holes, the inlets and the runners that are necessary in the construction of very sophisticated pieces.

During processing, the machine usually locks the dies by automatic hydraulic pressure. This clamping pressure is governed by two factors namely: the pressure required for the machine to “force” the molten material within the die cavity and the total projected surface area of the pieces that are supposed to be cast. The former depends on the actual machine being used in the production (hot chamber or cold chamber). The latter depends on the measurement of the die parting line or the part where the two halves of the die actually meets.