Aluminum Die Casting Manufacturer in China

Q: What about the lifespan of your die casting mold?

50,000 shots before replacement or refurbishment. If the old die-casting mold reaches the end of its service life, we can replicate a new mold for you

Q: What are the differences between cold chamber & hot chamber die casting? (Cold chamber die casting VS hot chamber die casting)

Cold Chamber Die Casting: This method is suitable for materials with higher melting points like aluminum and magnesium. The metal is melted in a separate furnace and then injected into the cold chamber machine. It's ideal for casting durable and lightweight parts but can be a bit slower due to the need for metal transfer. Hot Chamber Die Casting: Designed for materials with lower melting points, such as zinc. In this process, the metal remains in a molten state within an integrated furnace connected to the machine. Hot chamber die casting is faster and more efficient for casting smaller, intricate parts, making it cost-effective for high-volume production.

Optimize Cost Savings & Efficacité, Gain a Competitve Edge in Your Industry

Maison

Moulage sous pression

notre expertise

Aluminum High Pressure Die Casting Process Overview

How does die casting work? Aluminum die casting is a metal manufacturing method that involves heating aluminum alloy to a liquid state and injecting it into custom molds under high pressure. There are six major steps of how a die-cast part&component is made:

Mold design
Casting preparation
Injection
Cooling and solidfication
Démoulage / removal
Usinage CNC / traitement de surface

Dive into the aluminum die casting processes below to get a further understanding.

Étape 1

Aluminum Die Casting Mold Design

When designing the mold for your aluminum die casting project, we prioritize factors such as manufacturability and cost-efficiency. Our team provides DFM (Conception pour la fabricabilité) support, ensuring that the aluminium die casting mold is not only tailored to your desired part’s shape and dimensions but also optimized for efficient and cost-effective production. The mold is typically composed of two or more halves, facilitating the filling and removal process during casting.

Étape 2

Préparation du casting

First, we heat the chosen aluminum alloy to its melting point while readying all necessary materials and equipment. Simultaneously, the injection machine is prepared for the molten aluminum alloy to be injected into the pre-designed mold.

Étape 3

Injection

The molten aluminum alloy is then injected into the meticulously crafted mold, accompanied by the application of high pressure to ensure thorough cavity filling. After filling, a certain pressure is maintained to keep the aluminum alloy in a liquid state for a specific duration.

Étape 4

Cooling and Solidification

As the aluminum alloy cools down, it solidifies and gradually takes on the desired shape within the mold. The cooling duration depends on both the aluminum alloy type and the part’s thickness.

Étape 5

Démoulage / Suppression

Once the aluminum alloy is completely solidified, le moule est ouvert, and the finished parts are carefully extracted. Specialized equipment is often employed to facilitate this removal process.

Étape 6

Usinage CNC / Traitement de surface

Depending on specific requirements, the finished parts may undergo additional processes (Usinage CNC & finishing services) like cutting, forage, or coating to meet exacting standards.

Reliable & Versatile Die-cast Aluminum for Selection

Bian Diecast is an aluminium die casting parts manufacturer who takes pride in offering a diverse spectrum of top-tier die-cast aluminum alloys to cater to a wide range of industrial demands. Our carefully curated selection encompasses three primary categories, each distinguished by its unique set of properties and applications.

Common Die-cast Aluminum Alloys

Below are some of the commonly used aluminum alloy grades by our customers, known for their excellent flowability, mechanical properties, et résistance à la corrosion. They are frequently employed in the manufacturing of various aluminum die-cast parts.

ADC12
ADC10
DC1
A360
A380
YL102
LM6

EU Grade Aluminum Alloy Materials

These alloys offer excellent fluidity and abrasion resistance, making them suitable for manufacturing and machining various complex-shaped parts and components, including automotive components, engine housings, electronic equipment enclosures, household items, et plus.

ENAC 44300(AISI12(FE))
ENAC-47100
ENAC-46000

High Thermal Conductivity Alloy Materials

These alloys exhibit excellent thermal conductivity, making them suitable for applications that require efficient heat dissipation. They find widespread use in electronics, automobile, aérospatial, and other high-temperature environments.

AlSI8
LHB1

Types of Die Casting Metal We Supply

Bian Diecast is a full-service die casting manufacturer who can provide excellent zinc and aluminum die casting services for your specific project requirements. Our expertise in die casting allows us to provide high-quality, precision zinc and aluminum die casting parts that meet the specific requirements for your project.

Aluminum Die Casting Services

A383: This aluminum alloy offers excellent thermal conductivity and corrosion resistance, making it ideal for applications in the automotive and electronics industries.
A380: Known for its good fluidity, pressure tightness, and machinability, A380 is commonly used in aerospace, automobile, and consumer goods manufacturing.
A360: A high-strength, lightweight aluminum alloy, A360 is often used in automotive and industrial applications that require durability and low density.

Zinc Die Casting Services

ZAMK 3: This zinc alloy provides excellent ductility, impact strength, and dimensional stability, making it suitable for a wide range of industries such as automotive, électronique, and hardware.
ZAMK 5: ZAMK 5 is a versatile zinc alloy with good strength and hardness properties, commonly used in complex die casting designs and applications that require intricate parts, such as plumbing fixtures, hardware, and decorative items.

Custom Aluminum Die Casting Parts for A Wide Range of Industries

When precision and reliability matter, custom die cast parts are the go-to solution across various industries. Chez Bian moulé sous pression, we specialize in crafting high-quality die casting aluminum housing components and custom die cast parts tailored to meet the unique demands of diverse sectors:

Pièces automobiles >>

Die casting is widely used in the automotive sector to create components like engine and chassis parts, transmission components, electrical system parts, and body or interior/exterior parts. These components are known for their strength, durabilité, and precision, making them crucial for vehicle performance and safety.

Pièces d'éclairage >>

In the lighting industry, die casting is utilized for producing components such as lamp housings, heat sinks, and reflectors. Die-cast parts offer excellent thermal conductivity, ensuring efficient heat dissipation in lighting fixtures, which is essential for their longevity and performance.

Electronics Parts >>

Die casting plays a significant role in the electronic industry by manufacturing enclosures, connectors, and heat sinks for electronic devices. These components require precise dimensions, conductivité thermique élevée, and electrical insulation, making die-cast parts an ideal choice.

Pièces de meubles >>

Die-cast furniture parts are used in the production of chairs, tables, and various furniture pieces. These parts are appreciated for their durability, precise dimensions, and attractive surface finishes. They contribute to the aesthetics and functionality of furniture products.

Pièces de construction >>

In construction, die casting provides high-quality construction hardware, including door and window hardware, quincaillerie pour meubles, and stairway components. These parts must meet strict standards for dimensions and durability to ensure they integrate seamlessly into construction projects.

Cold Chamber HIGH Pressure Die Casting Capability

There are two primary methods for die casting: hot chamber die casting and cold chamber die casting. For aluminum alloy die casting, we primarily employ cold chamber pressure die casting machines, while the hot chamber method is often used for alloys like zinc due to their lower melting points.

Chez Bian moulé sous pression, our factory is fully equipped with a variety of die casting machines. Each machine is capable of producing at least 2000 à 3000 die casting components per day. The largest casting area reach 3125cm².

A brief list of our high pressure die casting machines catering to different sizes of parts:

1250Machine de moulage sous pression T	900Machine de moulage sous pression T	800Machine de moulage sous pression T
500Machine de moulage sous pression T	400Machine de moulage sous pression T	300Machine de moulage sous pression T

Prix du moulage sous pression en aluminium

Ces prix indiquent la fourchette de coûts pour produire une unité d'un produit à l'aide de la machine de moulage sous pression correspondante.. The actual aluminum die casting cost within each range may vary depending on factors such as the complexity of the part, matériel utilisé, et autres variables de production.

Die Casting Machine Model	Pricing for Reference ($ per unit)
1250Machine de moulage sous pression T	$3-5
900Machine de moulage sous pression T	$1.5-2
800Machine de moulage sous pression T	$1.0-1.5
500Machine de moulage sous pression T	$0.7-1.0
400Machine de moulage sous pression T	$0.5-0.7
300Machine de moulage sous pression T	$0.3-0.4

Obtenez des services de moulage sous pression d'aluminium à un guichet unique!

Bian Diecast fournit une assistance complète pour votre projet, y compris la conception du moule, moulage sous pression, Services d'usinage CNC et de finition de surface. N'hésitez pas à nous contacter!

Aluminum Die Casting Services in China

The Bian Diecast Differences

Bian moulé sous pression, an aluminum die casting factory, est situé dans le district de Nanhai, Ville de Foshan, Chine. Avec plus d'une décennie d'expertise dans le moulage sous pression, nous nous engageons à fournir des services complets de moulage sous pression. Outre la conception et le développement de moules spécialisés, we have an advanced factory and ateliers qui intègrent moulage sous pression, Usinage de précision CNC, et services de finition de surface, répondre à divers besoins dans diverses industries.

Actuellement, nous avons accumulé des années d'expérience de service dans le automobile, éclairage, électronique, meubles, et les secteurs du bâtiment. Avec une base solide en gestion de projet, nous visons à devenir un fournisseur stratégique de nombreuses marques mondiales renommées.

Project Management Excellence You Can Rely On

Chez Bian moulé sous pression, efficiency & transparancy are at the core of our project mangement philosophy. Our goal is to empower our customers to closely monitor their orders while relieving them of the burdens of day-to-day project management tasks.

Qu'est-ce que le moule de moulage sous pression?

Die casting mold, also known as a die, is a tool used in the die casting process to create metal parts with high precision and accuracy. The mold is a hollow cavity that is used to shape molten metal into a specific form through a process known as die casting. Die casting molds are typically made from steel and have two distinct halves that come together to form the desired shape of the final part. The mold is designed with intricate details and features to ensure that the final part meets the required specifications and tolerances. Die casting molds can be used repeatedly to produce large quantities of identical parts quickly and efficiently.

Mold Design Process at Bian Diecast

As a China die casting factory, we provide high-quality die casting mould design services to meet your project quality criteria.

1. Order inquiry and Confirm

Firstly, our dedicated team will engage with you to understand your specific needs and requirements for the project. Once all details are clarified and confirmed, we will proceed with the formal placement of the order to kickstart the project.

2. New Mold Meeting

In our new mold meeting, we bring together our expert team to discuss and finalize critical aspects of the project. This includes finalizing critical aspects such as material suppliers, technical requirements, and mold flow analysis.

3. Mold Structure Design Review

We present the completed 2D/3D mold design for your review and confirmation. This involves meticulous preparation of the mold making process and schedule, procurement process control, and inspection of mold materials and standard parts.

4. Mold Trial & Video Archiving

Following the completion of the mold, our team will meticulously inspect the trial samples and generates detailed reports, including CMM analysis. En plus, we onductarchive videos for transparency and documentation.

5. T1 Sample Confirmation

Upon the completion of T1 sample produced from the mold, we present it to you for thorough examination and confirmation. Your input and approval are essential as we strive to deliver products that meet and exceed your expectations.

6. Small-batch Trial Production

To ensure the quality and functionality of the mold, we will conduct small-batch trial production. By meticulously assessing the performance of the mold in a real-world production setting, we can ensure any aspects to meet your specific requirements.

7. Quality Inspection

Our team conducts rigorous inspections throughout the mold making process to uphold our high standards. From inspecting the mold design to monitoring the production process and evaluating the final products.

8. Product Delivery

As we near the completion of the project, our focus shifts to ensuring a seamless delivery experience for you. Chez Bian moulé sous pression, we ensure prompt delivery of finished products to meet your specifications.

Hot Chamber Die Casting vs. Moulage sous pression en chambre froide

Aspect	Moulage sous pression en chambre chaude	Moulage sous pression en chambre froide
Metal Types	Suitable for low melting point metals (e.g., zinc, magnésium)	Suitable for high melting point metals (e.g., aluminium, cuivre, some zinc alloys)
Metal Melting Process	Metal is melted in the machine	Metal is melted in a separate furnace and ladled into the machine
Casting Speed	Faster process due to continuous availability of molten metal	Slower process as metal needs to be manually ladled into the machine
Part Size and Complexity	Best for smaller and intricate parts requiring high precision	Ideal for larger and more complex parts needing higher strength and better surface finishes
Versatilité	Limited to metals with low melting points	Can handle a wide range of metal alloys and part sizes
Efficacité	High productivity and efficiency due to continuous melting and injection process	Ability to control temperature of metal for better mechanical properties and surface finishes

FAQs on Die Casting

What are the minimum tolerance requirements for certain precision aspects of the product? What is the minimum draft angle, and what about linear and angular tolerances?

The minimum tolerance requirements depend on the size of the product.

For dimensions up to 200mm, tolerances of ±0.1mm or better are required.

For dimensions up to 300mm, tolerances of ±0.2mm or better are necessary;

and for dimensions up to 500mm, tolerances of ±0.3mm or better are expected.

As for draft angles, a minimum of 1 degree is required, but larger angles are preferred for smoother ejection from the mold.
These tolerance specifications are essential to ensure the precision and quality of die-cast products.

What about the lifespan of your die casting mold?

50,000 photos avant remplacement ou remise à neuf. If the old die-casting mold reaches the end of its service life, we can replicate a new mold for you

What are the differences between cold chamber & hot chamber die casting? (Cold chamber die casting VS hot chamber die casting)

Moulage sous pression en chambre froide: This method is suitable for materials with higher melting points like aluminum and magnesium. The metal is melted in a separate furnace and then injected into the cold chamber machine. It’s ideal for casting durable and lightweight parts but can be a bit slower due to the need for metal transfer.

Moulage sous pression en chambre chaude: Designed for materials with lower melting points, such as zinc. In this process, the metal remains in a molten state within an integrated furnace connected to the machine. Hot chamber die casting is faster and more efficient for casting smaller, pièces complexes, making it cost-effective for high-volume production.

Why are your mold prices higher than those of most other factories?

Our mold prices are fair and reasonable, and we don’t aim to profit excessively from our customers on mold costs. Moreover, for customers with large order volumes, in the event that a mold becomes unusable, we offer the option of creating a new mold at no additional cost. En plus, factors contributing to the pricing of molds include the strength and material selection in the mold design.

How do you handle sustainable practices in aluminum die casting?

Sustainability is a key consideration in our operations. We prioritize sustainable practices by minimizing waste, recycling materials, and implementing energy-efficient processes. Here at Bian, for the sake of material purity, our company utilizes a central melting furnace for the concentrated melting and refining of recycled materials before their reuse. We enforce strict control measures throughout the aluminum die casting process, including incoming raw material inspections, periodic testing of material composition every two hours, and regular third-party testing.

What certifications do you hold for quality assurance?

We hold several certifications that attest to our commitment to quality and adherence to industry standards. These certifications include ISO 9001 for quality management, OIN 14001 for environmental management, and IATF 16949, which is specific to the automotive industry. These certifications provide B2B clients with confidence in our processes and our ability to consistently deliver high-quality products.

What are the advantages of aluminum die casting?

– High precision and tight tolerances

– Efficient production of complex shapes

– Lightweight and durable

-Excellent heat dissipation

-Cost-effective for large quantities

Can you assist with design optimization for manufacturability?

Yes, our expert team provides Design for Manufacturability (DFM) services to our clients. We collaborate on designs to ensure efficient production, reducing costs and time to market.