Smart Box Shipping Tips

If you’re shipping a large or bulky package, you can use several smart shipping tips to minimize shipping costs and maximize protection. These include double-wall construction, using the H-tape method, cushioning material, and optimizing package size. Using these tips will save you money and time while shipping your items

Double-wall construction

Double-wall construction for sending a box overseas provides additional protection to goods during shipping. Double-wall boxes are made from heavy-duty corrugated cardboard. Double-wall construction also offers superior stacking strength. Double-wall boxes are available in various sizes and shapes depending on design parameters. They are also 100% recyclable, making them ideal for all forms of transportation.

The most common types of box shipping are single-wall and double-wall. Single-wall boxes are the most economical and convenient shipping, while double-wall boxes are the best for moving and storing. When you ship items that are shaped differently than one another, you should use multi-depth boxes.

Double-wall boxes provide exceptional crush and puncture resistance. They feature two layers of corrugated cardboard plus additional layers of glue or paper. Because of this, double-wall boxes are the most secure choice for shipping large or heavy items. In addition, they protect goods from fluctuating temperatures, making them the ideal option for long-term storage.

H-tape method

The H-tape method is a great way to secure box flaps during shipping, and it can also prevent the packages from opening accidentally. Apply the tape along the seams of the centre and outer edges of the box. For heavier items, use multiple layers of tape. Once the tape is applied to both sides, the box will be completely sealed.

Begin by laying the tape dispenser so that the line is 50 per cent of the way up the side of the box. Make sure to overlap the flaps a few inches, and then pull the tape down to apply to the other side. The second line of tape should be placed fifty per cent along the bottom/side edge of the box.

Cushioning material

Cushioning materials are a great way to protect your products during shipping. These materials can help prevent minor damage and dust build-up and add a beautiful presentation for your recipients. You can choose to use air pillows, bubble wrap, or other types of padding to keep your packages as safe as possible. Add enough padding to fill the spaces between your products, but not too much.

The best material for cushioning your boxes is environmentally friendly and insensitive to climatic conditions. It should also be non-hygroscopic and free of any aggressive constituents. Also, the material should not interact with the contents of the box.

Optimizing package size

Optimizing package size is an important task for box shipping to india and other countries. The optimal box size depends on the number of items shipped and the total volume of the shipment. Genetic algorithms have been used to address this problem. Wong et al. introduced multi-objective genetic algorithms (MOGA) and showed how they could be applied to the industrial problem of box-sizing.

The first step in optimization is understanding the profile of the shipped orders. This profile describes the properties and attributes of the goods in an order. Keeping the profile in mind is essential for avoiding damages during shipping. Having damaged SKUs can result in additional costs for the retailer. These costs could include replacement parts, additional logistics support, waste of packaging, and administration.

Testing for durability

Boxes can be tested for durability by using a variety of methods. The ECT test, also known as edge crush testing, measures how much force is applied to a corrugated board per linear inch. It is a widely used test to determine the strength of boxes. Since these boxes often face rough handling, they should be able to withstand the pressure applied to their edges.

Testing the box for durability is important because if the contents of the package are damaged in transit, it can result in costly returns to the retailer, product replacement, or diminished consumer perception of a brand. To ensure the durability of packaging materials, shipping engineers develop specifications. Only through performance testing can manufacturers and shipping companies know whether these specifications are effective.