Die Casting Alloys – The Different Alloys Used in Die Casting Manufacturing. Kinetic Die Casting Company uses different types of metal die casting alloys depending on the needs of our customers. The Die Casting Alloys we use are: A360 aluminum …
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Category Archives: Die Casting Parts
Why should you use Die Cast Heating Plates?
Why should you use Die Cast Heating Plates? Die Cast Heating Plates are used for many industrial purposes. Examples of their uses include the manufacture of toys, plumbing, cell phones, computers, automobiles, machines and kitchen metal parts. Unknown to many, die casting plates are used for almost every important thing in our day to day lives.
One good example of a Die Cast Heating Plate at work is a chocolate fountain. Chocolate fountains are often used in parties, receptions and other important events. The heater plate keeps the chocolate warm and flowing for several hours.
Generally, Aluminum Die Cast Heating Plates are favored by the general public, preferred by both in households and business establishments. Die casting offer better quality than by other manufacturing processes such as stamping, mold casting, forging and extrusion.
Why should you use Die Cast Heating Plates? The most obvious reason is that the metal used, aluminum, is one of the most copious metals on earth. Since aluminum supply is almost unlimited, the metal is affordable compared to other metals. It also has plenty of advantageous characteristics. It is lightweight, making the production process easier and faster. Its no surprise why many companies opt for this method compared to other more costly methods.
Kinetic Die Casting manufactures a lot of aluminum rooftile plates , trim tile molds, and military die casting. If you would like a quote, please visit our website: Kinetic Die Casting Company
Die Casting Porosity Causes
Die Casting Porosity Causes – Die casting is a method of forcing molten metallic materials, plastics and resins inside a molding machine and allowing it to cool down until it solidifies. The materials eventually acquire the shape of the mold. However, there are unsolicited finished products wherein the material contains air bubbles and void space inside the molded material. When this happens, the material becomes weaker and easier to break. This is why porous casts are often categorized as poorly made and of low quality. Die Casting Porosity causes the material to develop cracks, chinks and notches because of its unstable density. Porous materials are also usually made of low-class materials such as less cohesive and less pure resin and metal materials. Materials with thinner consistency tend to develop bubbles and air pockets within them when they harden. Fortunately, by following simple tips, you can avoid having air bubbles in your molded materials.
Have your molding machines checked up regularly for any cracks on the surface as these cracks can permit air to seep through the machine and cause bubbles within the material. Covering the molding surface with a sealant effectively reduces the occurrences of air bubbles. Try to use high-grade materials such as pure aluminum to assure that it is more dense compared to substandard and less-stable metallic substances. You can also opt to use vacuum devices to suck out the air as soon as the machine compresses the molten metal to remove any excess air which may cause bubbles inside. However, it is a bit more expensive than other machines, but investing on it will greatly reduce casting porosity.
Kinetic Die Casting utilizes die casting to manufacture parts like aluminum car parts, airplane parts, lighting parts and much, much more. If you would like to request a quote, please visit our website:Die Casting quote
The Advantages of Magnesium Die Casting
The Advantages of Magnesium Die Casting. Magnesium die casting is one of the current trends in the manufacturing industry. More and more companies are inserting this into their manufacturing processes, for the many distinct advantages of magnesium die casting.
One advantage of using magnesium die casting is that it makes processes which need a large quantity of small to medium sized parts easier. Die casting makes production less reliant on measurements, so the process moves faster and smoother than measuring out each part every time.
Magnesium die casting also eliminates secondary machining. Once the parts are made from the die casting, there is no need for additional processes to be made upon the part. This saves time, and more importantly, lessens production costs for the company.
This process also creates parts with excellent dimensional accuracy. Since the molds used for magnesium die casting are permanent, all the parts made are consistent with each other. This is especially important when the parts being made are used in delicate machineries, such as in the engine of an automobile or in the electronic components of laptops.
There are many more advantages of magnesium die casting. Each one of these contribute to making magnesium diecasting very attractive to the manufacturing industry.
Tooling Changes to Remove Porosity
Tooling Changes to remove porosity. Die casting porosity is a type of factory output flaw wherein the products of die casting small to large air pockets inside the molded substance. Usually, the substances used for die casting are molten metallic substances, resins and thick plastics. When the consistency of the molten materials becomes too loose, the tendency for air bubble formation increases. Faulty machines such as cracks and chinks on the surface can also be the culprit for casting porosity as small amounts of air can leak inside the substance causing bubbles. Die cast porosity is considered to be a sign of low quality and substandard techniques used, because it causes the product to become weaker than those non-porous outputs. If you are wondering if there are any tooling changes to remove porosity, then you may need to consider these tips.
Holes which are found particularly in thicker regions of the castings may be caused due to the inadequacy of molten substance introduced in the machine. This causes porosity and exposure to air. It should be of adequate amount to lessen or eliminate the presence of air inside. You can also change your tools by cleaning and checking your casting machines. Smoothen it out and seal any cracks on the surface to prevent air from seeping inside the machine. Vacuum devices are also recommended as it largely diminishes the chances of air bubbles and porosity of your output as it sucks up the air that is present inside the mold. The negative pressure will also help in the molding of the substance. However, investing on vacuum devices are quite an expense, so you still need to consider your budget.
Aluminum Castings in the Die Casting Industry
The Purpose of Aluminum Castings in the Die Casting Industry. Before you dig further about aluminum castings, do you have any idea about where these are utilized? Aluminum castings are one of the alloys that are being used by the process that produces the most number of mass produced products in the metalworking industry. This is none other than die casting. This is when molten metal is being forced under high pressure into mold cavities.
Aside from aluminum castings, most products made through die castings are made out of non-ferrous metals such as magnesium, lead, tin, copper and zinc. Through time, ferrous metal die castings can also be created. Some companies opt for injection-molded plastic parts when they want their venture to be light and cheaper. But this is only recommended when only little strength is required and not much in the aspect of hardness.
The products from aluminum castings and other types of alloys used in die castings are utilized in various aspects and fields. These include automobiles, chocolate fountains, sink faucet, shower accessories, connector used in building homes, toys and a lot more.
Choosing the proper alloy is integral on the vitality of the outcome. You must know about these alloys strengths and weaknesses before you can utilize them for the purpose that you have in mind.
As for the aluminum castings, these can be relied on in terms of strength. Aluminum is a lightweight alloy that has high dimensional firmness for thin walls and compound shapes. This is also known as to having a good corrosion resistance property. This also presents a high electrical conductivity.
