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Die Casting Parts Packing

Views: 2     Author: Site Editor     Publish Time: 2023-07-29      Origin: Site

KYLT Die Casting Parts' Packing

With over a decade of export experience, KYLT adopts safe and suitable packaging methods to ensure that our die casting products are in good condition during air, sea, railway, and express transportation.

The Importance of Die Casting Parts Packing

Die casting parts packing plays a vital role in ensuring the quality, integrity, and efficient distribution of die-cast components. Die casting parts packing is a crucial aspect of the manufacturing process for several reasons:

1. Protection during transit:

Die-cast parts are often made from materials like aluminum, zinc, or magnesium, which can be susceptible to scratches, dents, or other forms of damage during transportation. Proper packing ensures that the parts remain intact and undamaged until they reach their destination.

Plastic bags, plastic sleeves, epe pearl cotton, PE bubble bags, PE nylon sleeves and other packaging materials are often used for protective packaging of die castings.

various kinds of soft packing material

2. Prevention of corrosion: 

Some die-cast materials, such as aluminum, can corrode when exposed to certain environmental conditions. Packing materials like anti-corrosive films or coatings can protect the parts from moisture and other corrosive elements, thereby preserving their quality.

The photo shows a package of polished aluminum chair arm parts packed with plastic sleeves, then set in a carton and covered by ABF (Air Bubble Film). Plastic sleeves can isolate moisture from the air and prevent oxidation and mold from the die casting parts. At the same time, it can prevent scratches and collisions on die-casting parts, and has the function of preventing oil and dust. This ensures that aluminum alloy products are well protected during sea transportation. 

aluminum die casting arm packed with plastic sleeves

3. Facilitation of handling: 

Well-designed packing solutions make it easier for workers to handle and transport die-cast parts within the manufacturing facility or during shipping. Proper labeling and organization can streamline the process and reduce the risk of accidents or errors.

Print shipping labels according to customer requirements for easy entry into the warehouse ERP system. Standard or customized recycled wooden pallets meet customs export requirements and also meet customer storage requirements, making them easy to stack with forklifts.

shipping marks & export pallet

4. Enhanced presentation: 

For customers receiving die-cast parts, the packaging serves as the first impression of the product's quality and attention to detail. Neat and professionally packaged parts reflect positively on the manufacturer and can contribute to customer satisfaction.

5. Optimization of storage space: 

Efficient packing techniques help maximize the use of storage space within warehouses or shipping containers. This can lead to cost savings by reducing the need for additional storage facilities or minimizing shipping expenses.

6. Compliance with regulations: 

Depending on the nature of the product and its destination, there may be regulatory requirements governing the packaging of die-cast parts. Adhering to these regulations ensures legal compliance and prevents potential delays or penalties.

According to relevant labor protection regulations, some customers require that the weight of a single box should not exceed 20 kilograms, and have specific requirements for the size of the cardboard box. The picture shows us packaging and weighing aluminum alloy die-casting products to ensure that the weight of a single box meets customer requirements.

Packaging and weighing

7. Minimization of waste: 

Sustainable packaging practices, such as using recyclable materials or minimizing excess packaging, can reduce the environmental impact of the manufacturing process and contribute to corporate social responsibility efforts.

Die Casting Parts Packing Process:

When exporting die casting parts, it's essential to ensure proper packing to prevent damage during transit. Here's a typical packing process:

1. Cleaning and Inspection:

Before packing, the die casting parts should be thoroughly cleaned to remove any dirt, debris, or oil residues. Each part should also be inspected for quality to ensure there are no defects.

2. Protective Packaging: 

Use appropriate protective packaging materials such as foam inserts, bubble wrap, or cardboard dividers to individually wrap each die casting part. This will help cushion the parts and prevent them from scratching or banging against each other during transportation.

3. Secure Packaging: 

Place the wrapped die casting parts in sturdy cardboard boxes or crates. Ensure that the boxes are of adequate strength to support the weight of the parts and provide sufficient protection.

4. Labeling and Documentation: 

Clearly label each package with information such as part numbers, quantities, and handling instructions. Include any necessary documentation such as packing lists, invoices, and shipping labels.

5. Securing the Shipment: 

Use strapping bands or shrink wrap to secure the boxes or crates on pallets. This will help prevent shifting or toppling of the packages during transit.

6. Weather Protection: 

If the shipment is exposed to outdoor elements during transit, consider using moisture-resistant packaging materials or waterproof covers to protect the die casting parts from rain or humidity.

7. Customs Compliance: 

Ensure that all necessary customs documentation and declarations are prepared and attached to the shipment as required by the destination country's regulations.

8. Quality Control Check: 

Before dispatching the shipment, perform a final quality control check to verify that all parts are properly packed and labeled according to the requirements.

According to customer requirements, each cardboard box is labeled with a designated label and placed on the export tray. The cardboard boxes are wrapped with wrapping film, and the edges and corners are protected with corner protectors before being fixed with packaging tape. Finally, affix the label in a prominent area.

By following these steps, we can ensure that the die casting parts are securely packed for export, minimizing the risk of damage and ensuring they reach their destination safely.

shipping mark and lables

At KYLT Company, safe packaging of die castings is a fundamental aspect to ensure the safe and reliable delivery of high-quality products. By using proper packaging and appropriate materials, enhanced product protection and customer satisfaction can be achieved.


Q1. Can I reuse the packaging materials for die casting parts?

A1. Yes, some packaging materials like cardboard boxes and foam inserts can be reused if they are in good condition. However, it is essential to assess their integrity before reuse to avoid potential damages.

Q2. Are there any specialized packaging options for delicate die casting parts?

A2. Absolutely! For delicate parts, you can consider custom packaging solutions, such as cushioned inserts and shock-absorbent materials, to ensure extra protection during transit.

Q3. How can I reduce shipping costs for die casting parts?

A3. You can optimize shipping costs by using bulk packaging and negotiating cost-effective contracts with shipping carriers or freight forwarders.

Q4. What are the benefits of implementing automated packing systems?

A4. Automated packing systems offer increased efficiency, reduced packaging time, and improved accuracy, leading to overall cost savings and better productivity.

Q5. How can sustainable packaging solutions benefit my company?

A5. Sustainable packaging solutions not only appeal to environmentally conscious customers but also demonstrate your company's commitment to reducing its carbon footprint, potentially attracting more environmentally aware clients.

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