At the end of September, Holden upgraded the stove's new packaging, and the introduction of new packaging materials improved the stove's protection. Stoves are typically constructed of metal, glass, and other materials that are prone to collision and vibration during shipping and storage. Holden uses foam pad, bubble wrap, and other buffer materials in its packaging to efficiently absorb external stresses and decrease the impact of the stove. The cooker's packaging structure consists of shattered top and lower buffers that form a storage cavity for the cooker body. Cold stretch film is stretched across the outer surface to reduce packaging.It can not only cut packaging costs but is also resistant to the elements. Furthermore, the cold stretch film uses its inherent elastic retraction to wrap and fix the upper and lower buffer sections, resulting in lower energy consumption and higher package efficiency than the heat shrink film.
The new packaging has a significant impact on transportation. On the one hand, the improved packaging may lower transportation costs. For example, using the appropriate packaging materials can regulate the weight of the packaging, preventing overweight and thus lowering shipping expenses. On the other side, the improved packaging may improve the efficiency of the transportation organization. Clear labeling makes it easier for the recipient to identify the goods, prevents mistaken deliveries, and improves shipping accuracy and timeliness. At the same time, the new packaging can better adapt to various modes of transportation and environments, thereby improving transit dependability and stability. Certain packaging structures can protect stoves against damage during shipping, minimizing cargo losses.Reducing cargo losses and claims expenses while increasing transportation efficiency. In short, the new stove packaging protects the stove, optimizes transportation, reduces expenses, and so on, while also providing significant support for the development of the stove sector.