Die Casting Blog for Cast-Parts Aluminum Die Cast Parts and Zinc Die Cast Parts manufacturing and cast parts production

September 14, 2013

Die Casting Aluminum Products

Filed under: Aluminum Casting Parts — Tags: , — admin @ 1:57 am

Die casting is a process of molding molten metal such as magnesium into molds to form parts that can be used in industrial or commercial purposes. The term die casting refers to the mold used in the process that is also called die, that is why it is called die casting. Depending on the type of alloy used, a die cast product could be processed using a hot or cold chamber die casting machine. Due to its economical advantages, this metal process is preferred by more industries. Other metal working techniques include forging, fabrication, and machining.

Why Aluminum Metal? One of the most common alloy s used in die casting process is aluminum. Aluminum is a lightweight, heat-resistant materials used to produce many types of aluminum parts used for commercial and industrial purposes. Since aluminum has excellent thermal properties, most prefer this alloy above others.

Aluminum delivers great quality even with highly intricate patterns. It produces sharply defined edges and is good for thin walls. It does not corrode easily, unlike iron, making it a long-lasting option for cars , aircraft, and hardware. Even with very high temperatures, this metal does not shrink. As the temperature increases, it regains its strength and hardness.

Aluminum Merchandise. Die casting aluminum produces a lot of durable aluminum parts. Generally, aluminum can be used in making parts for aircraft and aerospace units, military tools and equipment, lighting, automotive, heat sinks, housing, and hardware.

Die cast aluminum are good for making parts of military and commercial vehicles. Aluminum parts produced using die casting come out in attractive finishes making it the choice for owners of top vehicle brands such as Honda, Toyota, Chevy, Nissan, and Jeep. Aside from automobiles, these parts are also suited for housing. Aluminum handles and brackets make it possible to do away with welding or assembling pieces. Though aluminum handles weigh less, they are heavy duty and can be made into any shape or design. Also, these parts can be made into concrete roofing materials.

For golf and music lovers, there are die cast aluminum parts that will prove useful for you. Several golf products and speaker parts are manufactured using die casting, too. The rust resistant property of aluminum makes it a reliable pick especially for golfing products. Aluminum is a flexible material that can be turned into a smooth or textured frame so there is a huge selection of products that can be made using this metal alloy. Other specific uses of die cast aluminum are for making heat sinks and aluminum boxes .

Other Die Casting Metals. Aluminum is just one of the many alloys that can be die casted. Zinc and magnesium are among the easiest metal alloys to die cast and are used in similar commercial and industrial applications. Lead and tin are die casted for a variety of uses as well except for products and tools used in food service as utilization of these alloys are associated with health risks. These alloys are either processed using hot or cold chamber machines.

Cast Parts Company produces cast parts using the Aluminum Die Casting Process. Look at this website page for more details: www.cast-parts.com/diecasting.html

September 7, 2013

The Wonders of Aluminum Automotive Parts

Filed under: Aluminum Casting Parts — Tags: , — admin @ 1:29 am

Aluminum vehicle parts are manufactured in the thousands each day; these are used in so many applications in various industries. Most of the features in vehicle parts are manufactured in bulk with the “net shape” concept so the manufacturers can save from waste materials costs and additional machining labor.

The mounting holes are also obviously included in the aluminum automotive part production to save on the costs. Most of the primary (tier one) vehicle parts manufacturers are operating with their own manufacturing plants. Even then, there are still cases where they source out their purchase for aluminum car parts from die casting companies.

Aluminum like 380 Aluminum die casting, which is also known as aluminum in other disciplines is a very abundant metallic chemical element with so many uses and applications in various industries these days. Aluminum is clearly identifiable with its silvery white color belonging to the boron family of elements.

There are clear advantages of aluminum vehicle parts over the use of steel in most of today’s industry applications. Such benefits have surged over the years, particularly in car manufacturing. Many have already initiated the replacing of steel as the primary base metal used in car frames, and in other significant parts as well. Aluminum was proven over time to be much stronger and obviously more cost-effective than metal.

Aluminum is also less likely to corrode compared to steel. It can be easily molded, which would probably explain why labor costs for aluminum die-cast parts is cheaper compared to other materials used. Aluminum however is more expensive; in fact, it is about five times more expensive than steel itself.

Such disadvantage of using the aluminum material in vehicle parts can be easily written off. It should be noted that more manufacturers these days are seeing the big difference, and are starting to experiment with the more expensive aluminum material mainly because it is considerably lighter than steel, and easy to shape up. This lightweight feature surely makes modern cars faster and much leaner, helping much to achieve worldwide fuel efficiency standards. This is so since lighter cars would naturally mean less fuel would be used. You can clearly see for yourself how a typically expensive material can make up for efficiency and flexibility in its applications in the long run.

All these are the direct result of various luxury car models rolling out of production these days utilizing aluminum car frames. Although such car types are evidently more expensive than their steel car counterparts, owners will be driving such cars with relief knowing they will be able to save on its efficiency features on the long term afforded by the use of aluminum car parts. Environmental advocates also welcome the idea because of such wonderful benefits, and the added plus that aluminum itself is very much recyclable, which means the material can be recycled and used for other useful purposes.

Aluminum car parts are clearly the future. No material these days presents so much uses that helps address most issues and concerns to improve productivity and progress in the society.

Cast-Parts Die Castings Blog gives information on how to get a Aluminum and Zinc Die Castings. If you are looking for Die Casting Parts look at this website.

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Cast Parts Company Die Casting Company
6918 Beck Avenue
North Hollywood, CA. 91605
818-982-9386 Phone
Sales@Cast-Parts.com.

August 31, 2013

Three Common Causes of Die Casting Porosity

Filed under: Aluminum Casting Parts,Cast Parts — Tags: , — admin @ 1:19 am

Three Common Causes of Die Casting Porosity. Die casting porosity is an inevitable kind of defect that metal casting companies encounter. With mass production of metal casting parts, such defect is proven to be difficult to avoid even for big manufacturers.

What is die casting porosity? Die casting porosity is the formation of tiny pockets of void spaces within a metal casting part. These spaces contain gas which was normally formed after the metal casting part has cooled down.

If you wonder what causes this kind of defect, this article will give you three common causes of die casting porosity.

1. Aggressive Mixing.

During the process of mixing hardeners and casting resins, you must avoid inducing air into the mixture. You can use mixers from Jiffy Mixer line because it is said that their machines induce less air than other mixers. The most effective way to remove air due to the mixing process is to degas or de-air the mixture inside a vacuum chamber before you proceed to pouring.

2. Injection temperature

In die casting, injection is the process when the molten metal is pushed, using high pressure, into the die or mold. If the injection temperature is too high, chances are, the die casting part will form air bubble because the casting resin will boil.

3. Cooling rate

Air bubbles within the die casting parts are sometimes caused by non-uniform cooling rate. The cooling rate depends from the maximum wall thickness of the mold, the thermodynamic properties of the metal used and also the complexity of the mold itself.

Cast-Parts Die Castings Blog gives information on how to get a Aluminum and Zinc Die Castings. If you are looking for Die Casting Parts look at this website.

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Cast Parts Company Die Casting Company
6918 Beck Avenue
North Hollywood, CA. 91605
818-982-9386 Phone
Sales@Cast-Parts.com.

August 24, 2013

Die Casting Porosity and Its Causes

Die Casting Porosity and Its Causes. Die Casting porosity is one of the most common defects in the die casting manufacturing industry. What is die casting porosity? Die Casting porosity is a type of die casting factory defect in which the die cast parts have tiny spaces which contains air within the metal – hence, the die cast parts become porous. The porosity of die casting parts could weaken the parts itself if the spaces or voids are very large.

To clearly understand the causes of the porosity one must know the basic of the die casting process. In a nutshell, die casting process involves molding molten metal by placing it inside a short cylinder, and then a great force is applied by a piston connected on the cylinder, pushing the molten metal so it would take the shape of the die cast die or die cast mold. During this process, the metal is forced along with the air inside of the cylinder to the die casting mold.

Die casting porosity could be contributed by many factors like the following:

• Die casting machine pressures.

• Temperature of the metal and the mold.

• The cleanliness of the materials used.

• Design of the die casting mold.

• Design of the die casting part.

• The shot speed of the die casting machine used.

• Die casting mold release or die casting spray

Die casting manufacturers use metals that are non-ferrous or metals that don’t contain iron. It is because iron content is the main reason for oxidation and rusting. Non-ferrous metals include magnesium, tin, lead, copper, zinc and aluminum.

Cast-Parts Die Castings Blog gives information on how to get a Aluminum and Zinc Die Castings. If you are looking for Die Casting Parts look at this website.

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Cast Parts Company Die Casting Company
6918 Beck Avenue
North Hollywood, CA. 91605
818-982-9386 Phone
Sales@Cast-Parts.com.

August 17, 2013

Importance of Draft Angle in Die Casting Product Design

Filed under: Cast Parts — Tags: , — admin @ 1:10 am

Importance of Draft Angle in Die Casting Product Design. Die casting, in a nut shell, is a process that involves injecting molten metal into mold cavity at high velocity and high pressure. The metal will take the shape of its mold and then ejected when it’s cooled. One of the factors that sets die casting process like the zinc die casting process apart from other metal casting process is its ability to produce high detailed metal parts with high level of accuracy, repeatedly, in relatively short amount of time hence, it is an industry suited for mass production of metal parts.

One of the key factors that affect the final quality of the produced die casting parts is the design of the mold cavity that is used during the process. It is a tricky job to design molds for die casting parts, especially when they have specific mechanical and aesthetical requirements.

One of the most important and basic requirements of any mold design is the consideration of the draft angle. What is die casting draft angle and why is it important?

Draft angle, in a simple sense, is a slope incorporated on each walls of the die casting mold. Die casting parts will easily stick inside the die casting die or die casting mold if the draft angle incorporated on its side walls was not enough.

Die casting method involves high pressure injection process in which the pressure forces the molten metal on the surface wall of the mold. It creates an intimate contact between the cavities of the mold and the molten metal hence, making it difficult for the metal cast part, when cooled, to eject from the mold.

In the end, no matter how exquisite and well detailed a die casting mold is, if it is not properly incorporated with the proper degree of draft angle, the final product may not most likely be as what the customer has asked for.

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