1. Protection measures for inner packaging
The inner packaging of pesticide bottle embryos during transportation usually focuses on the protection of individual bottle embryos. It is common to use plastic film for wrapping. This plastic film generally has a certain degree of flexibility and transparency, and can fit tightly on the surface of the bottle embryo. On the one hand, it can prevent the bottle embryo from being scratched during transportation, because tiny scratches on the surface of the bottle embryo may affect the quality of the bottle after subsequent blow molding. On the other hand, the plastic film can also play a certain dust-proof role, preventing dust and other impurities from adhering to the bottle embryo and reducing the risk of pollution. For some special bottle embryos with extremely high surface quality requirements, double-layer plastic film may be used for wrapping or plastic film with anti-static function to better protect the bottle embryo from problems such as static adsorption of dust.
2. Stability and separation of middle-layer packaging
The middle-layer packaging is mainly to stabilize the bottle embryos and separate them to avoid collisions. The common form of middle-layer packaging is to use cardboard partitions. These cardboard partitions are customized according to the shape and size of the bottle embryo, and each bottle embryo is placed in a separate compartment, which effectively prevents direct collisions between bottle embryos. In some cases, plastic partitions are also used, which have the advantages of being more durable and can be designed into various shapes and structures as needed. In addition to partitions, cushioning materials such as foam are also used to fill around the bottle embryo to further enhance the cushioning effect. For example, the bottle embryo is placed in the foam groove, and even if it encounters bumps or vibrations during transportation, the foam can absorb energy and reduce the impact force on the bottle embryo.
3. Selection and design of outer packaging boxes
The outer packaging box is the outermost protection of the Pesticide bottle embryo transportation packaging. Generally, corrugated boxes are selected because they have good compression resistance and certain moisture resistance. The strength of the carton should be selected according to the number and weight of the bottle embryo and the expected pressure during transportation. In terms of the design of the carton, relevant information about the bottle embryo, such as specifications, quantity, production batch, etc., will be marked for easy identification and management. At the same time, the opening of the carton is usually sealed with sealing tape to ensure that the items in the box will not be scattered during transportation. For large-scale transportation, pallet packaging may also be used, that is, multiple cartons containing bottle embryos are placed on a pallet, and then fixed with plastic film or steel belts. This method is convenient for forklift loading and unloading, improves transportation efficiency and protects the bottle embryos.
4. Special protection considerations
If the pesticide bottle embryo needs to be transported over long distances or the transportation environment is relatively harsh, there will be some special protection considerations. For example, when transporting to high-temperature or humid areas, desiccant may be placed in the packaging box to absorb moisture and prevent the bottle embryo from getting wet. For bottle embryos that need to be transported in cold environments, insulation materials will be used to wrap the packaging box to prevent the bottle embryos from becoming brittle due to low temperature and affecting their quality. In addition, if there may be a large impact force during transportation, such as transportation in areas with poor road conditions, the thickness of the cushioning material will be increased or a higher level of shockproof packaging will be used to ensure the integrity of the bottle embryo during transportation.