Food packaging containers made of PMP resin (Poly Methy Penteneresin) as raw materials are generally clear and not easily broken, and have good heat resistance and microwave resistance and can be used in distillation or microwave drinking equipment. After transformation, this food packaging plastic container finally appeared.
PHILLIPS has introduced several grades of PMP resin crystals. These products have already obtained registered trademarks, some of which have entered the automotive, electronics market and microwave fields. However, at present, it seems that the most promising development is in food packaging.
The main advantages of PMP resin: 1, the melting point of up to 464 ° F; 2, light weight, its proportion is only 0.835 g / cubic centimeter; 3, high transparency; 4, low water absorption; 5, resistance to oil and grease resistance; 6. The temperature of hot segregation is high enough to resist the heat effect of microwave and distillation; 7. It is considered by FDA that it can be in direct contact with food without harm.
According to a recent report for the first time, the use of a PMP resin photopolymer for the manufacture of polyolefin bottles has been successful. The manufacturing process used is injection molding and blow molding. The bottles produced can withstand pasteurization. The required high temperature of 190°F enables the filling of hot, high-acid foods at 180°F and even the ability to place low-acid foods at 240°F-280°F for distillation.
When PMP plastic products are produced by Other manufacturing methods, PMP resins also exhibit good processability. Many tests have shown that some products such as food trays are manufactured by solid heating molding process, and the best results are obtained. The blow-molded PMP resin film is a good material for packaging. The PMP resin film is in the development stage and can cover the long paper board with a thickness of about 0.025mm PMP film coating. The practical application shows that this kind of product has great promise. The heat resistance of the PMP film makes it possible to replace the more expensive polyester coating in microwave applications.
Easy to recycle, this is also a major advantage of PMP resin. The regenerated PMP resin exhibits properties similar to those of the original resin and it can also be mixed with polypropylene to form a hybrid resin in which the polypropylene content can be increased to 50%. The hybrid resin has similar properties as the regenerated pure resin.
Looking forward, PHILLIPS expects PMP resin to have great potential in the application of single-sided coated packaging containers. At the same time, PMP resin may become an important packaging material for many products and has high economic value.
PHILLIPS has introduced several grades of PMP resin crystals. These products have already obtained registered trademarks, some of which have entered the automotive, electronics market and microwave fields. However, at present, it seems that the most promising development is in food packaging.
The main advantages of PMP resin: 1, the melting point of up to 464 ° F; 2, light weight, its proportion is only 0.835 g / cubic centimeter; 3, high transparency; 4, low water absorption; 5, resistance to oil and grease resistance; 6. The temperature of hot segregation is high enough to resist the heat effect of microwave and distillation; 7. It is considered by FDA that it can be in direct contact with food without harm.
According to a recent report for the first time, the use of a PMP resin photopolymer for the manufacture of polyolefin bottles has been successful. The manufacturing process used is injection molding and blow molding. The bottles produced can withstand pasteurization. The required high temperature of 190°F enables the filling of hot, high-acid foods at 180°F and even the ability to place low-acid foods at 240°F-280°F for distillation.
When PMP plastic products are produced by Other manufacturing methods, PMP resins also exhibit good processability. Many tests have shown that some products such as food trays are manufactured by solid heating molding process, and the best results are obtained. The blow-molded PMP resin film is a good material for packaging. The PMP resin film is in the development stage and can cover the long paper board with a thickness of about 0.025mm PMP film coating. The practical application shows that this kind of product has great promise. The heat resistance of the PMP film makes it possible to replace the more expensive polyester coating in microwave applications.
Easy to recycle, this is also a major advantage of PMP resin. The regenerated PMP resin exhibits properties similar to those of the original resin and it can also be mixed with polypropylene to form a hybrid resin in which the polypropylene content can be increased to 50%. The hybrid resin has similar properties as the regenerated pure resin.
Looking forward, PHILLIPS expects PMP resin to have great potential in the application of single-sided coated packaging containers. At the same time, PMP resin may become an important packaging material for many products and has high economic value.
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