Development and application of the packaging conta

Development and application of wine packaging containers

good packaging can not only improve the taste of wine, but also maintain and improve the quality of wine. With the rapid development of the wine industry and the expansion of consumer groups, new materials and containers for wine packaging have been developed and applied in the world, winning the market with their respective functions and advantages

Pet beer bottle

pet is the most popular in the development of beer packaging. It has excellent barrier properties of CO2, O2, water and aromatic taste, high impact resistance, high strength, high compressive strength, high transparency, high cleanliness, good processability, formability, stability, physical and chemical stability, high temperature resistance, moisture absorption resistance, surface scratch resistance, crack resistance, light weight and other advantages, as well as recyclability Its advantages, such as convenient transportation, have been listed in many countries and have great potential

PET beer bottles developed internationally have many varieties and different functions. The United States has developed a PET beer container with a hard carbon film coating. The raw material of the PET bottle body is hydrogen carbide. The film composition contains 60%-90% of amorphous carbon and 10%~40% of hydrogen. The film thickness is a. its barrier capacity is increased by more than 10 times. The material is flexible and the film will not be damaged when stretched. Hard carbon film can absorb slight odor and block fragrance, with excellent chemical stability, acid and alkali resistance, high temperature resistance (300 ℃), transparent and high space, safe to use, and in line with FDA safety standards

the United States has developed the technology of vacuum plasma enhanced chemical vapor deposition to coat diamond-like carbon (DLC) on the inner surface of PET plastic bottles, which can act as a barrier layer between beer and bottles and improve the gas barrier of pet. PET bottles coated with DLC film have small odor and little absorption to beer aroma, and can be recycled and refilled with beer

Germany has developed a low-cost PET beer bottle coated with SiO2. It is transparent and glossy, and can be 100% recycled. It is used for filling beer, and its shelf life is far more than 6 months

the PET beer bottle coated with high hydrogenated amorphous carbon developed by France Sidel company has 10 times higher oxygen resistance and 7 times higher CO2 resistance, and the shelf life of the product is up to one year. It can be fully recycled, approved by FDA for use, and has been applied in France, Britain, Italy and other countries

SIPA company in Italy has developed a disposable pet beer bottle production line. From PET particles to bottle production lines, PET bottles have very low oxygen content. Immediately coating and coloring, filling and capping the outside of the newly produced bottles can prevent oxygen from being attached to the bottle wall and released into the products. The bottles reach super cleanliness, and also save bottle placement sites, sterilization and other processes. Moreover, the bottle color and coating can be recycled after being removed, and the clean bottle can be coated for use. The beer in this bottle can ensure the quality and reduce the cost

PET beer bottles launched in Sweden are blown with the unique technology of hnlgrasrcin, which is coated with a glass like silicon oxide thin layer on the inside. The silicon oxide coating is transparent on the inside and has excellent barrier property, which can prolong the beer preservation period.

Australia has developed ice beer PET bottles coated with cyclophosphamide on the surface. The beer shelf life under non refrigerated conditions is 100~120 days, and pet (90%)/EVOH (100%) beer bottles have also been developed, with a shelf life of up to weeks

schmalbachlubeca of the United States produces PET/N/pet3 beer bottles. The bottle cap is an aluminum crown cap with PK pull ring from growncork of Japan. The cap weight is only 25g, which can maintain the shelf life of beer for 6 months. PET/EVOH/PET beer bottles with three-layer structure and PET beer bottles with three-layer structure with deoxygenation material as shielding layer are also developed, which meet the requirements of environmental protection and can be recycled

American Miller Company has developed a PET beer bottle with polyamide shielding layer 5-layer structure (PET/shielding layer/PET/shielding layer/PET), which is made of two layers of plastic resin, namely pet and shielding resin material, and the core layer pet and shielding resin material. The core layer pet can be recycled after consumption. CPT patented technology is used for bottle making. This bottle adopts pasteurization and will not deform, crack and soften. The new polyurethane waterproof coating has modified the technical requirements of rationality and stable strength. The shelf life of beer is more than 4 months, which is basically the same as that of glass bottles and metal cans

Mitsui chemical company of Japan produces mixed ba-030 copolyester on an industrial scale, which is used in beer bottles with 5-layer structure, pet outer layer/ba-030/02 deoxygenation layer/UV barrier layer/Pet inner layer. When ba-030 is compounded with pet, its performance is better than or equal to pen

other new materials and new containers

Pet nano plastic (npet) beer bottles were developed by the Chinese Academy of Sciences. Using PET polymer intercalation composite technology, organic montmorillonite and pet monomer were added to the polymerization kettle. Npet has stronger barrier than ordinary pet. After months of storage, beer tastes the same as fresh beer

plastic bottles that can be sterilized at high temperature. Zhongfu industrial group of China adopts the multi-layer co injection process of kortec company. This beer bottle can withstand the high temperature of 67 ℃, and the barrier layer has excellent sealing performance, which can guarantee the beer for 6 months

environmental friendly beer bottles are produced by Asahi company of Japan. The material is shrinkage Eastar copolyester film adhesive tape, which has the characteristics of blocking light, ensuring beer quality, sealing the bottle cap, transportation safety, preventing the cap from opening, ensuring the cleanness of the bottle body, and preventing debris splashing when the bottle body is broken

plastic beer bottle the Netherlands adopts polyethylene terephthalate outer layer, which can make the beer will not oxidize within half a year after special treatment

a new colored beer bottle is developed in Japan. It is coated with organic pigments on the colorless bottle body. When it is reused, the colored components are decomposed into a colorless state by crushing the body at a high temperature of 1400 ℃ -1500 ℃, and it can be recycled and reused. It can also be used to contain wine

anaerobic beer fresh-keeping barrel Qingdao Guanghua beer fresh-keeping container Co., Ltd. has developed Nell E-type anaerobic beer fresh-keeping barrel, which is a new type of beer packaging container. It adopts an original inflatable automatic pressure storage structure combined with a built-in miniature steel cylinder to ensure the anaerobic operation in the whole process of wine injection, wine discharge and storage, and ensure the taste of barreled beer. The inner wall of the product is a smooth stainless steel liner, which is easy to clean. Micro matic's wine recipe increases the reliability of the barrel. The PU foam insulation layer with uniform thickness has good thermal insulation, and the wine outlet system has strong defoaming function. The oxygen free wine outlet of the barrel can prevent air from entering the barrel, causing beer oxidation and secondary pollution

pop can packaging the packaged beer has good quality, high grade, portable digital display single arm model, which can meet the requirements of convenience, transportation and drinking. More and more suppliers choose PPS resin for automotive power systems and sensors, which is convenient to use, not easy to be counterfeited, excellent sealing performance, clean, sanitary, and maintain a high degree of inherent flavor of beer. It is suitable for the packaging of high-end and high-quality beer, and the price is high, It is suitable for people with high consumption ability. Cans are not only used for beer packaging, Australia and other countries have developed cans to package wine. The pop can can completely isolate the air and prevent the oxidation of wine. It is more convenient, environmental friendly and safe than glass bottles

carton wine packaging is developed in Japan. Putting sake and wine into "Tetra Pak" aseptic brick boxes can ensure the original flavor of sake and wine, which is easy to carry, open and display, safe, quality-guaranteed and free of crushing danger. As a substitute for glass bottle packaging, carton wine can be seen everywhere in the European market

rare earth imitation crystal wine bottle China Hefei glass general factory has developed crystal clear, harmless and non-toxic rare earth imitation crystal wine bottles, using rare earth raw materials to clarify decolorizer, adding refined quartz sand and other high-quality materials to increase the refractive index and transparency of the glass, so that the bottles and cans can avoid light discoloration and achieve a crystal like effect of permanent brightness and crystal transparency, which can greatly improve the quality of wine packaging and wine, giving people new, strange and beautiful enjoyment

imitation ceramic glass wine bottle the imitation ceramic glass wine bottle developed by Shandong Jinghua group has obvious advantages over the traditional ceramic bottle packed with wine. The inner tube is made of glass material, and the appearance is made of ceramic material, which completely overcomes the leakage problem of ceramic packed wine, and the bottle cap is closely matched with the bottle body, with good sealing effect, and overcomes the defects of the bottle mouth size and standard deviation caused by the thermal expansion of ceramic materials

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