What technical challenges does Vacuum White Bag currently face in the design and manufacturing process?
Publish Time: 2024-10-30
As an efficient and environmentally friendly packaging method, Vacuum White Bag has been widely used in modern logistics and food preservation. However, it still faces a series of technical challenges in its design and manufacturing process.
First of all, the sealing performance of Vacuum White Bag is a difficult point in the design. Since the vacuum state will intensify the close contact between materials, there are extremely high requirements for the material selection, manufacturing process and assembly accuracy of the sealing strip. How to ensure that the bag can still maintain good sealing in a vacuum state and prevent gas leakage is a key issue that technicians need to overcome.
Secondly, in the manufacturing process, how to ensure the barrier performance of Vacuum White Bag is also an important challenge. The barrier performance not only affects the preservation effect of the bag, but also directly affects the quality and safety of the product. Technicians need to optimize the material formula and processing technology to improve the barrier performance of the bag and ensure that the product is not affected by the external environment in a vacuum state.
In addition, the strength and durability of the Vacuum White Bag are also issues that cannot be ignored in design and manufacturing. During the logistics and transportation process, the bag may be squeezed and collided by various external forces, so it is necessary to ensure that the bag has sufficient strength and toughness to withstand these external forces.
With the advancement of technology and consumers' increasing attention to product quality, the design and manufacturing level of Vacuum White Bag is also constantly improving. In the future, technicians will continue to overcome these technical difficulties and promote the application and promotion of Vacuum White Bag in more fields. At the same time, they will also actively explore new materials and processes to meet the market demand for higher quality and more environmentally friendly packaging materials.
