Why Should You Choose Zinc for Die Casting?

Zinc Die Casting
Zinc Die Casting

The die casting is a manufacturing process in which the molten metal is used to form a mold cavity under high pressure. Nowadays, several options are available so that the manufacturer can pick the most appropriate metal for the mold cavity. You can choose from zinc, copper, magnesium, aluminium, lead, and pewter, but if you want to earn a good profit while delivering a high-quality product, then you should opt for the Zinc Die Casting. Yes, there are many benefits of using zinc as molten metal in the die casting process and some of them are mentioned in the following blog.

8-10 Times Greater Tool Life: Do you know that the Zinc Die Casting tools can last up to 1,000,000 shots, but on the other hand, an aluminum tool is likely to be last up to 100,000-200,000 shots only? So, if you want to build products on a large scale, then zinc can help you to save money in tooling cost.

Excellent Fluidity: Comparing to the aluminium, zinc has a better ability to be cast thinner and more accurately. Thus, if you are manufacturing something that should have intricate details, then you should use zinc as molten metal.

Better and Swifter Cycle Times: If you are using hot chamber die casting with zinc as molten metal, then you already know that it gives faster cycle times as the user doesn’t need to pour the molten metal into the gooseneck. It provides the opportunity to earn more profit.

It Reduces the Power Consumption: As the zinc melts at a much lower temperature compared to aluminium, thus, less power is used in the Zinc Die Casting process. Zinc melts at 800° Fahrenheit, whereas aluminium melts 1200° Fahrenheit and you know that you can save a good amount of your money by reducing the power consumption in melting and heating process.

Quality of the Product: The weight of the zinc can be a big disadvantage in the manufacturing of various applications, but for many products, it is beneficial. For example, if you want to build something which should be thin, then Zinc Die Casting will be best.

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Significant Tips to Save Money for Plastic Injection Molding Project


The manufacturing is something that needs accuracy, precision and lot of conviction to execute the production of a particular requirement. There are a lot of manufacturing methods that pave the way in achieving the target production results but more often than not, the manufacturers choose plastic injection molding as their preferred method of executing manufacturing process of the plastic parts and components. The plastic injection molding is an inexpensive method to produce even the high quality parts but still there are numerous ways through which you can save even more money while working on a particular project without letting the finished product to undergo any type of manufacturing defects. Here in this blog we have just summarized few such solutions adopting which you can achieve more cost-effective production of the plastic products.

Apply Designs that Require Minimal Materials

There are designs which when applied require less number of materials and thus help in attaining cost-effective production. Even a small saving when multiplied to lot many numbers of plastic parts results in a cost-effective production and make you acknowledge big savings.

Use Molds Which Can be Used for Longer

The molds which can be used frequently and are sustained for a long period of time helps in avoiding unnecessary higher production costs and give you better prospects to go for a cost-effective production. So, the molds which have been used for a considerable amount of time are found to be more cost-effectively beneficial for the production.

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Applications of Zinc Die Casting

Zinc Die Casting

The exceptional properties of zinc be it mechanical or physical foster the engineers to adopt zinc die casting to achieve more precision and accuracy in the finished parts and components. Not only the properties exhibit by the zinc make it as one of the most preferred alloys to be used in the manufacturing sector but also it is found cost-effective in comparison to other alloys and help the production to be done in a more consistent way. Finding such favourable points with zinc die casting, the manufacturing sector makes use of it in several applications and avail its benefits.

Automobile Components

As zinc is an excellent dampening material it is extensively used for the manufacturing of the flexible automotive components which also aid the automobile sector to get the production at an affordable price range because of the zinc being cost-effective. A single casting is enough to manufacture several components, thereby reducing efforts and time to a much larger extent. Also the zinc is almost non-resistant to corrosion which further makes it as one of the preferable alloy to manufacture parts for the automobile sector.


The appliances which have a thin wall castings are in demand and these can be manufactured from the zinc die casting that not only provide thin wall casting but also render strength and robustness for the appliance to work better after production. The casting also gives good surface finishing which makes the appliances not to be affected by the resistance and makes it stronger to be used for quite a long period of time.

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Why is it Beneficial to Go for Aluminium Die Casting?

aluminium die castingNow who wouldn’t be interested in having an efficient manufacturing for the plastic products that are both creative and complexive and also fulfill all the diverse requirements of the clients ranging from electronics, aviation, semiconductor, automobiles etc. Though many products in the last decade have not been manufactured by aluminium but due to the rising demands of the manufacturers urging for efficiency, a great demand is risen in the manufacturing sector to adopt aluminium die casting method for achieving greater strength and reliability in plastic components and products. Also, one more interesting benefit that can be availed from aluminium die casting is the products made through this process are able to resist corrosion and are found highly integrated. Read below as the blog has thrown light on two major points favouring for aluminium die casting method.


Now, this feature is of high importance as who wouldn’t be interested in having sturdiness in the plastic parts which is rendered by aluminium. The die cast parts are stronger even when material is required to go thin but should contain toughness which is not very well rendered by other methods. Furthermore, the aluminium has the ability to resist the temperature which is not possible with other conventional processes. So this makes the aluminium to be used even in intensive environments.


This holds absolutely feasible to say that aluminium is highly resourceful and is best to manufacture complex parts that are otherwise hard to be manufactured from other processes. The parts which are made through aluminium die casting are not found defective and have more finesse and are effectively used in a variety of industrial requirements successfully.

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Some of The Best Alloys for Aluminium Die Casting

Image result for Aluminium Die CastingThe manufacturing of metal parts was considered a thought driven task until the aluminium die casting made it easy by providing the manufacturer to execute the process cost-effectively and not just it is cost-effective but it is one of the bearable way to create metal parts. Having said this, now the question is that which types of aluminium alloys should be used with aluminium die casting process so that execution of the process can be done in a refined manner. Not to worry as here in this blog we have highlighted few alloy options that can be used with this method.

A380 Aluminium Alloy

A380 is a highly usable alloy of aluminium die casting because it embodies the physical properties and mechanical properties for casting and has shown other great features like being lightweight, strong at high temperatures and corrosion resistant. Not only these benefits that we can get from A380 alloy but it also shows amazing dimensional stability with complex shapes and thin walls and imparts high electrical and thermal conductivity.

A383 Aluminium Alloy

Next is you can use A383 alloy for aluminium die casting which is extremely capable and shown best results in forming complex components and parts and doesn’t require much die-filling characteristics in comparison to other alloys. Though this A383 alloy doesn’t attain all the properties like that of A380, but it does exhibit absolute tolerance when used under high temperatures and doesn’t get cracked even under heat.

Other Sourceshttp://www.apsense.com/article/resins-applicable-for-low-pressure-molding.html


Let’s Move Backward to The History of Plastic Injection Moldmaking

Really the world of injection molding had never been able to meet such multiple requirements of a large number of industries if it would not have been supported by the resourceful plastic injection moldmaking method that has given the mold makers a more convenient way to even think of developing complex and accurate plastic parts and components and drive the productivity. More about the injection moldmaking is revealed by going back to its history which is 100 years old and is quite informative which reveals much about the changes that happened with the moldmaking over the years. The mold makers had continued not to let the technology stagnate and therefore has pushed the technology in a forward direction to create better products.

The Beginning of Plastic Injection Moldmaking

It was started in 1861 when Alexander Parkes created the first types of plastic, but unfortunately it didn’t earn any popularity as the plastic which was created was not so inexpensive and was also susceptible to get cracked easily. Then John W. Hyatt came up with an invention of the first injection mold machine which used celluloid.

The First Moldable Material

Though Celluloid was a major turn in history of plastic injection moldmaking, but it couldn’t get molded into different shapes so then Leo Hendrick had taken an initiative to create a material named Bakelite which was able to be reshaped and was also durable. The Bakelite was able to meet the needs of industrial demands.

With these major developmental phases, the plastic injection moldmaking has undergone many developments and made plastics one of the most sought after materials for an increasingly broad range of purposes.

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A Walk Back Tour to Some Basics of Plastic Injection Molding

khuon ep nhuaWho would not feel happy and thrilled to have those accurate plastic parts and components for their businesses? Everybody would just love to have that effective method that can drive their plastic business. Right! And that method is none other than Plastic injection molding China, which has several merits to its credit and offers huge ease to the manufacturers while getting implemented for instance, it’s quick, helps in saving production time and make it possible to utilize fewer materials. If you want to learn about it then read it below as the blog is elaborating more about the Plastic injection molding China method for using it in a productive way.

What is Plastic Injection Molding China Method ?

The Plastic injection molding China is a popular method that is hugely acknowledged by manufacturers for creating a variety of plastic parts and components for a diverse number of industries. The plastic parts are created by injecting the heated material into a specific mold which usually are developed using specific design features that further strengthens the flexibility of making the end product as desired and as per the need. Hence this method is always considered resourceful and is heavily used for plastic parts.

What Benefits you Can Fetch from The Method ?

You must be aware of Plastic injection molding China that it is typically the preferred method of manufacturing the plastic parts and components but do you know that it also provides accuracy in comparison to other methods. The accuracy achieved in the plastic injection molding China implementation is because of the tools that are being used in the process and makes it consistent and error-proof.