| The 21st century is the century environmental | | | | Functional packaging materials, such as functional |
| protection, environmental issues become | | | | preservation of film, sheet, microporous |
| increasingly important as more strained resources | | | | breathable film preservation, choose to packaging |
| and energy to build a recycling economy and | | | | films, multi-functional heat shrinkable packaging |
| society, take the road of sustainable development | | | | film, as well as a special function, convenience |
| has become the focus of global concern, and | | | | (easy to Kaifeng, easy to re-seal) packaging |
| urgent tasks, and become a business strategy | | | | materials and products, etc. will be even greater |
| and human activities criteria. In order to meet the | | | | development. Aseptic packaging materials and |
| new demands of the times, plastic packaging | | | | technology The biggest advantage is the sterile |
| materials In addition to asking the market to | | | | conditions, without preservatives, no refrigeration, |
| meet the quality and quantity of packaging such | | | | it can maximally retain the original nutrients of |
| as the increasing requirements, its development | | | | food and flavor, can significantly extend shelf life, |
| must be to save resources, energy saving, easy | | | | convenient storage and transport, market |
| to be recycled after use, easy to dispose of the | | | | development very quickly, use expanded, in |
| environment or vulnerable consumers na or | | | | addition to the dairy, fruit Khan, accounting for a |
| degradation as a technology development point of | | | | larger share of the beverage, the will be further |
| departure. China's plastics industry has | | | | extended to pharmaceuticals, cosmetics and |
| entered into energy-saving environmental | | | | condiment areas. |
| protection era, plastic packaging, new materials, | | | | Nano-composite packaging materials will be with |
| new techniques, new technologies and new | | | | the rapid development of nano-technology and |
| products are emerging, and being | | | | rapid industrialization, due to its wear resistance, |
| high-performance, multi-function, actively adopt | | | | hardness, strength, resistance permeability, |
| new materials, new technologies and broaden the | | | | plasticity were significantly enhanced and |
| application areas, as well as plastic packaging and | | | | improved, except for food packaging can be used |
| coordinated development of environmentally | | | | for special packaging such as anti-static, |
| friendly direction. | | | | anti-electromagnetic, explosion-proof and invisible, |
| The development of recycling economy is the | | | | dangerous goods, packaging, etc. It is expected to |
| construction of a resource-saving and | | | | promote the traditional plastic packaging materials, |
| environment-friendly society and an important | | | | a huge change. |
| way to achieve sustainable development. Has | | | | Environmentally friendly (environmental fitness) |
| insisted on developing equal emphasis on | | | | plastic packaging materials (or green plastic |
| conservation, conservation priority, according to | | | | packaging materials), with the series of |
| reduction, re-use, resource-oriented principle, | | | | environmental management standards ISl4000 the |
| vigorously promote energy-saving and land and | | | | implementation of a global hot spot of concern, |
| materials to strengthen the comprehensive | | | | including easy recycling of plastic packaging |
| utilization of resources, improve the utilization of | | | | materials such as PET, PEN, easy to |
| renewable resource recycling system, and the full | | | | environmental degradation plastics (EDP) in the |
| implementation of clean production, the formation | | | | bio-degradable plastics, have become hot in the |
| of low-input , low-cost, low emissions and high | | | | hot, others, such as zero pollution foam, |
| efficiency of conservation-oriented growth. | | | | thin-walled bottles and biodegradable material is |
| Actively develop and promote resource | | | | also cause for concern. |
| conservation, substitution and recycling | | | | Heat canned plastic bottles of juice and tea drinks |
| technologies, accelerate the pace of energy | | | | packaging, with the traditional sterile paper |
| saving technological transformation of the high | | | | packaging, three-piece metal cans, glass bottles |
| rate of consumption, heavy pollution and | | | | has more ability to lower costs, material and |
| technological backwardness of the process and | | | | transparent, light weight, easy to damage, |
| product implementation of the mandatory | | | | environmental protection and good adaptability |
| phase-out system with a price conducive to | | | | advantages, it has been more and more widely |
| resource saving and fiscal policy. | | | | used, use of accounts for the entire city of more |
| Impedance permeability plastic packaging | | | | than half of canned heat. In addition to heat |
| materials, as can be given good quality, freshness, | | | | canned PET plastic bottles, the bottles are subject |
| flavor and extend shelf-life insurance functions by | | | | to greater attention in recent years, BOPP. BOPP |
| the rapid development and wide application, in | | | | bottle has the following advantages: the |
| addition to the widely used polyvinylidene chloride | | | | improvement of heat resistance, stretching |
| (PVDC), ethylene vinyl alcohol copolymer (EVOH), | | | | through the PP process, canned temperature can |
| the recent years, the development of | | | | be increased to 100 degrees Celsius, does not |
| environmentally appropriate materials, promoting | | | | require special equipment, bottle handling, and to |
| polyvinyl alcohol (PVA), polyethylene terephthalate | | | | greatly improve the oxygen barrier: BOPP bottle |
| (PEN), a total of polyamide (MXD6), silicon or | | | | does not absorb moisture, longer term storage, |
| aluminum oxide steam film (soft glass), | | | | easy recovery: PET bottle production costs lower |
| nano-inorganic materials, such as the development | | | | than 20%. |
| of more compelling. | | | | |