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Aluminum Foil 30 Micron Thickness For Container Making
In striving for a more sustainable and responsible world social environment, the aluminum foil industry provides solutions to many environmental problems today. Its applications and uses in daily life are beyond imagination: from packaging and household use, to semi-rigid aluminum foil containers, bottle caps and composite foil bags, it and its wide range of packaging and technical applications to cope with today’s sustainability challenge.
It has a particularly light weight and also has the ability to combine with other materials, all of which benefit from the many characteristics of aluminum foil. We can use the least materials to design high-performance packaging products. Compared with rigid packaging, flexible packaging using aluminum foil has higher product value, and can use less material space and less energy for transportation. This also reduces the use of resources, thereby reducing the overall environmental impact and improving profitability.
It has excellent barrier properties, thermal conductivity and reflectivity. These physical properties bring more protection to the product, reduce the energy required for cooling, and extend the shelf life of the product. Protect food from degradation, which also means less food waste and ultimately greater resource efficiency.
People have realized that food loss and waste is equivalent to wasting resources, including water, land, energy, labor and capital resources. Unnecessarily generating greenhouse gas emissions will lead to global warming and climate change. As a member of the Earth Home, we are responsible for the environment in which we live.
In addition, aluminum materials are completely recyclable and infinitely usable, and there is no quality loss during the recycling process. The increase in the collection, recycling and recycling rate of aluminum foil means that the amount of primary aluminum needed in the industry will become less and less. This reflects a huge energy saving, because the energy required for processing and recycling aluminum is 95% lower than the energy required for the same amount of primary aluminum. The amount of recycled aluminum largely depends on the efficiency of the packaging collection system in each country.
In Europe, the average recycling rate of all aluminum packaging is above 60%. Without separating and recycling the aluminum foil packaging, but entering the energy recovery process, a large part of its aluminum content can be recovered from the bottom ash of the incinerator for recycling. In the incineration process, the oxidized aluminum releases energy, which is recovered and converted into heat and electricity.
Pharmaceutical Aluminum Foil Alloy 8011 H18 Aluminum foil has a highly dense metal crystal structure, which can completely block any gas, water vapor and light, so it can effectively protect medicines.
