The leading manufacturers of aftermarket truck components rely on the services of Taroni foundry for the production of aftermarket aluminum components / castings for trucks complete with machining and heat treatments. Taroni Foundry is able to supply aftermarket components for large finished trucks and also in low quantities (100 pieces per lot). From Taroni foundry customers can find the most up-to-date know-how and engineering services, including casting simulations and rapid prototyping to offer and obtain reliable aftermarket component solutions.In the production of components for trucks for the aftermarket sector, Taroni foundry implements the latest gravity casting technology in order to obtain high quality castings with dimensional precision and improved surface quality. Furthermore, once the aluminum castings are produced, Taroni foundry has an internal control laboratory and the most recent NDT (non-destructive testing) structures: 3D dimensional control, X-rays, penetrating tests. In order to guarantee the reliability of the components for the aftermarket sector. Taroni foundry guarantees a prompt response to customer needs wherever they are; the organization has a clear orientation towards the development of components with short delivery requirements. Aftermarket aluminum components for trucks are currently used in Europe and the United States (USA).  

The leading manufacturers of aftermarket truck components rely on the services of Taroni foundryfor the production of aftermarket aluminum components / castings for trucks complete with machining and heat treatments.

The leading manufacturers of aftermarket truck components rely on the services of Taroni foundryfor the production of aftermarket aluminum components / castings for trucks complete with machining and heat treatments.

Aluminum gravity casting: the ideal solution for your production

The gravity casting is a process well known in the alloys field; it guarantees high accuracy on dimensions for the creation of components used in a lot of different sectors.

It permits to give strength, durability and a very smooth and precise surface.

Moreover, the aluminum gravity casting is a process that takes less time for solidification compared to other processes and has a reasonable production cost.

How does it work?

Differently from the other methods (die, centrifugal and continuous casting), the gravity casting consist in pouring the molten metal, usually aluminum, zinc or copper, from a pot into a specific mold, without the use of forces other than gravity.

The alloy in solidification will take the shape of the mold and once the part is removed, the mold can be used again, guaranteeing a longer lifetime then the other casting processes.

The gravity casting can be done in automatic or manual, it depends on the nature of the parts to produce, and it is very simple because you do not need vacuum, pressurized gasses or other forces.

If you are wondering about the possible gravity casting defects in the production, do not worry: this is one of the best processes to have strong, durable and balanced alloy elements that are used also for components in heavy duty machines, aerospace and in medical device.

Fonderia Taroni is a specialized aluminum gravity casting manufacturer and has been working with this process since 1974.

If you are looking to lower your costs we can help re-engineering your parts we can help in the mold you need, assuring the best solution for your business.

Contact us

Europe Office
Massimiliano Taroni
email:This email address is being protected from spambots. You need JavaScript enabled to view it.

USA Office
Massimo Pizziol
email:This email address is being protected from spambots. You need JavaScript enabled to view it.

Aluminium gravity casting: the ideal solution for your production

The gravity casting is a process well known in the alloys field; it guarantees high accuracy on dimensions for the creation of components used in a lot of different sectors.

It permits to give strength, durability and a very smooth and precise surface.

Moreover, the aluminium gravity casting is a process that takes less time for solidification compared to other processes and has a reasonable production cost.

How does it work?

Differently from the other methods (die, centrifugal and continuous casting), the gravity casting consist in pouring the molten metal, usually aluminium, zinc or copper, from a pot into a specific mold, without the use of forces other than gravity.

The alloy in solidification will take the shape of the mold and once the part is removed, the mold can be used again, guaranteeing a longer lifetime then the other casting processes.

The gravity casting can be done in automatic or manual, it depends on the nature of the parts to produce, and it is very simple because you do not need vacuum, pressurized gasses or other forces.

If you are wondering about the possible gravity casting defects in the production, do not worry: this is one of the best processes to have strong, durable and balanced alloy elements that are used also for components in heavy duty machines, aerospace and in medical device.

Fonderia Taroni is a specialized aluminium gravity casting manufacturer and has been working with this process since 1974.

If you are looking to lower your costs we can help re-engineering your parts we can help in the mold you need, assuring the best solution for your business.

Contact us

Europe Office
Massimiliano Taroni
email:This email address is being protected from spambots. You need JavaScript enabled to view it.

USA Office
Massimo Pizziol
email:This email address is being protected from spambots. You need JavaScript enabled to view it.

There are 7 main advantages to gravity casting vs sand casting

1. Very competitive cost compared to sand casting technology
2. High quality and aesthetic finishing compared with sand casting
3. It’s possible to produce parts as large as sand casting
4. Low volume batches as with sand casting
5. Good dimensional accuracy a smoother cast surface finish than sand casting
6. Improved mechanical properties compared to sand casting
7. Faster production times compared to the other processes

There are 7 main advantages to gravity casting vs sand casting

1. Very competitive cost compared to sand casting technology
2. High quality and aesthetic finishing compared with sand casting
3. It’s possible to produce parts as large as sand casting
4. Low volume batches as with sand casting
5. Good dimensional accuracy a smoother cast surface finish than sand casting
6. Improved mechanical properties compared to sand casting
7. Faster production times compared to the other processes

Missed the live webinar?

“Innovate your market with gravity casting”

For those who missed the live webinar, it is possible to review the full version of the webinar, so that you can see it at any time and view the points that interest you most.

<< REWATCH WEBINAR HERE

‼️ Have the production costs become too high?
Due to sand and resin cost
The time has come to use permanent mold casting instead of sand casting!
⭕ Permanent mold casting allows you to reduce the costs of sand casting, especially in this moment of disproportionate increase in sand and resin costs.

CONTACT US
This email address is being protected from spambots. You need JavaScript enabled to view it.
www.fonderiataroni.com

‼️ Have the production costs become too high?
Due to sand and resin cost
The time has come to use permanent mold casting instead of sand casting!
⭕ Permanent mold casting allows you to reduce the costs of sand casting, especially in this moment of disproportionate increase in sand and resin costs.

CONTACT US
This email address is being protected from spambots. You need JavaScript enabled to view it.
www.fonderiataroni.com

Why use aluminium alloy EN43300 instead of EN42100 in the permanent mold casting process

The aluminum alloy EN 42100 (equivalent to ASTM 356.2) and the EN 43300 alloy (equivalent to ASTM B179-82) are both used in the gravity casting process of aluminum, but they have significant differences.

In particular, the EN 43300 alloy is characterized by greater thermal stability compared to the EN 42100 alloy. This property makes it particularly suitable for use in the energy transformer sector, where high temperatures can negatively affect material performance.

Additionally, the EN 43300 alloy exhibits good corrosion and high temperature resistance, as well as greater hardness and mechanical strength compared to the EN 42100 alloy. This makes it suitable for the production of aluminum parts subject to high mechanical stress, such as engine or industrial machine parts.

Finally, the EN 43300 alloy also has better workability compared to the EN 42100 alloy, resulting in easier production of complex and high-quality parts.

Although both alloys are used in the aluminum gravity casting process, the EN 43300 alloy offers several advantages over the EN 42100 alloy, particularly in terms of thermal stability, mechanical strength, and workability, making it an ideal choice for energy transformers and other industrial applications.