PE plastic bottles have the advantages of chemical corrosion resistance, impact resistance, light weight, easy processing and molding, and relatively low price, so they are widely used in many industries. The following are some industries that use PE plastic bottles more: 1. food and beverage industry Drinking water: common bottled drinking water, whether it is bottled water in large barre
The injection molding process of PP cream can is a relatively complex process, mainly including the following key steps: 1. Raw material preparation: Select polypropylene (PP) plastic particles that meet food grade or cosmetic grade standards as raw materials. These particles should have good fluidity, thermal stability, and mechanical properties to ensure smooth molding during the injection mold
In addition to the above mentioned non reusable, high temperature avoidance and aging precautions, the following precautions should be taken when using PET plastic bottles: 1. avoid direct sunlight: direct sunlight for a long time will raise the temperature of PET plastic bottles, accelerate the aging of plastics, and may also lead to deterioration of substances in the bottles. Therefore, it shou
PE plastic bottle is polyethylene plastic bottle. Its barrier performance is mainly reflected in the barrier ability to gas, water vapor and some solutes. The following is a detailed introduction: 1. gas barrier Principle: the molecular structure of PE plastic bottle is relatively compact and has a certain degree of crystallinity. The presence of crystalline regions makes it difficult for
The barrier performance of PP cream cans is mainly reflected in their ability to block substances such as oxygen, water vapor, and light, as follows: 1. Oxygen barrier Stable molecular structure: PP has a tight molecular structure and high crystallinity, making it difficult for gas molecules to penetrate its molecular gaps. When oxygen molecules attempt to pass through the PP tank wall, t
PE bottles are polyethylene plastic bottles, which can be divided into low-density polyethylene (LDPE) bottles, high-density polyethylene (HDPE) bottles and linear low-density polyethylene (LLDPE) bottles according to their density. They have a wide range of specific uses in many fields: 1. daily chemical industry Package of skin care products: such as lotion, face cream, hand cream, etc.,
Although daily chemical plastic bottles are mainly used for packaging daily chemical products, they also have some applications in the field of medical packaging, as follows: 1. packaging of topical drugs: some topical ointments, potions, etc., such as calamine lotion commonly used in dermatology, safflower oil for treating traumatic injuries, etc., will be packaged in plastic bottles. The plasti
Daily chemical plastic bottle refers to the plastic container used for packaging daily chemical products. The following is a detailed introduction from the aspects of its material, characteristics, application, design and manufacture: 1. common materials Pet (polyethylene terephthalate): with the advantages of high transparency, light weight, impact resistance and good gas barrier, it can
PCR (Post Consumer Recycled) recycled materials will be used in logistics packaging, mainly based on considerations of environmental protection, cost, performance, and other aspects, as follows: 1. Environmental factors Reduce waste: The use of PCR recycled materials can reuse plastic and other waste after consumption, reduce the amount of landfill and incineration, lower environmental pre
The high production efficiency of PE plastic bottles is mainly due to the good characteristics of raw materials, advanced and mature production processes, high degree of equipment automation, and relatively simple product design. The following is a specific introduction: 1. Characteristics of raw materials Good processing performance: PE (polyethylene) plastic has good fluidity and formabi