- Price advantage;
Blister packaging generally uses common plastic materials such as PET, PVC, PS, ABS, PP, PE, etc., which meet the same packaging requirements and are lighter in weight than general packaging materials. Moreover, the machines are all automated production. The output of thin sheet blister packaging can reach thousands to tens of thousands of molds per day, while thick sheet blister packaging products can also reach hundreds of molds per day. The efficiency is improved, the natural cost is reduced, and the materials are all thermoplastic materials that can be recycled and reused, which is very environmentally friendly.
- Diversification of design;
The packaging design of vacuum forming can be completely designed according to the appearance of the product, so that the product placement and packaging are closely matched, and the products will not collide with each other. According to different product requirements, anti-static tray packaging, flocking tray packaging, etc. can be made. It can also be easily processed through other processes, such as folded packaging (folded for inserting paper or plastic sheets), sealed packaging (sealing between plastic and plastic or plastic and paper sheets)
- Stacking does not take up space, saving space;
Through the design of positive and negative stacking, vacuum packaging can achieve the stacking of packaging materials without occupying space during storage, while in actual use, the product can be stacked in multiple layers after being placed on the packaging tray through reverse stacking. (Positive stacking refers to the second tray being stacked on top of the first tray in the same way as the first tray. Negative stacking refers to the second tray being horizontally rotated 180 degrees and stacked on top of the first tray. Because the tray design has a draft angle, stacking can save a lot of space when placed in positive stacking.)
