Long-term shipping of parts can be a challenging task as it requires ensuring that parts are not damaged during up to 1-2 months of shipping.
Proper packaging before transportation can effectively increase the possibility of them arriving at their destination intact.
In fact, the packaging also needs to be designed according to the characteristics of the transportation parts in order to provide suitable and sufficient protection during transportation.
In this article, we’ll discuss the different packaging methods used to ship parts of different materials and shapes.
Packaging methods of different materials
Metal parts packaging
Metal parts are prone to rust and scratches during shipping, so it is important to protect them with suitable packaging, usually by wrapping the parts in a layer of foam or bubble wrap, or by adding an anti-corrosion coating or coating to the parts before packaging. Oil to prevent rust.
For larger metal parts, wooden boxes or pallets can also be used for additional protection.
Plastic packaging
The most important thing about packaging plastic parts is to use packaging that won’t bend or warp during shipping.
Additionally, plastic parts are ideally placed in custom molded packaging that conforms to the exact shape and size of the parts, preventing them from any movement during shipping.
Electronic Parts Packaging
Electronic parts are sensitive to shock, vibration and temperature changes, so packaging them with the right materials is critical.
Electronic parts can be packed in anti-static bags to prevent static electricity, and multi-layer foam or bubble film to prevent shock and vibration damage.
For larger electronic components, custom foam inserts are available for additional protection during transport.
Packaging methods in different shapes
Packaging of cylindrical parts
Cylindrical parts such as pipes or pipes can often be packaged using custom cardboard tubes or plastic sleeves that fit the exact dimensions of the cylindrical part.
Packaging of irregularly shaped parts
Irregularly shaped parts, such as gears or machine parts, can be difficult to pack due to their unique shape. These parts are best packaged with a custom foam insert that fits the shape of the part, with additional layers of foam or bubble wrap for secondary protection.
Choosing the correct packaging materials and methods can reduce the risk of loss of parts due to transportation. I hope the above content can help you.