Journals →  Tsvetnye Metally →  2012 →  #11 →  Back

METAL PROCESSING
ArticleName Rational application of foil for the package
ArticleAuthor Zentsov A. I.
ArticleAuthorData

“Avangard” Research and Development Company, Podolsk, Russia

A. I. Zentsov, Head of a Project, e-mail: zentsov@avangardmet.ru

Abstract

Nowadays, due to the success of polymeric materials chemistry, a large number of multilayer films is developed. These films are designed to replace the usage of foil in the production of food package. However, in spite of all efforts, chemists still can not create the material, which could be similar to the aluminum foil, according to its barrier properties. None of the developed multilayer polymeric materials can give the package all those barrier characteristics, which are implemented in the aluminum foil package. The application of aluminum foil as a component in multilayer packages, provides the long-term storage of food without adding any special chemical compounds, like stabilizers and preservatives, which ensure the safety of products during the prolonged storage. More wide range of aluminum alloys, which are used for the foil production, can create the multilayer packaging materials for various applications. The article gives the a package, which is capable of the reliable safety guaranteeing of the product consumer properties, it is advisable to choose the grade of alloy, and other parameters of foil, individually in each case, depending on the type of the product, its packing mass, chosen dates, storage conditions, and much more.

keywords Aluminum foil, flexible package, polymer films, barrier properties, preservation of food, choosing the foil for package
References

1. Metternich W. Aluminiumverarbeitung von konjunkturellen Ausgangsdaten begustigt. Metall. 1986. Vol. 40, No. 10. pp. 1071– 1072.
2. Mizzoni P., Conseron V. Alluminio nell imbullaggio: aspetti strutturali e di mercato. Alluminio. 1984. No. 4. pp. 34–44.
3. Lokshin M. Z., Makarov G. S., Sirotinskiy M. S. Tsvetnye Metally – Non-ferrous metals. 2002. No. 12. pp. 47–55.
4. Aksenova T. I., Ananev V. V., Lyubeshkina E. G. Upakovka sypuchikh produktov (Packaging of dry goods). Pakko Graff. No. 1. pp. 58–61.
5. Takuji Okugawa, Yoshiyuki Kamimoto. Laminated aluminium foils. Journal of Japanese Institute of Light Metals. 1984. Vol. 34, No. 5. pp. 204–300.
6. Zentsov A. I., Brunilin A. I. Tsvetnye Metally – Non-ferrous metals. 2003. No. 3. pp. 74–77.
7. Mondolfo L. F. Struktura i svoystva alyuminievykh splavov (Structure and properties of aluminium alloys). Under the editorship of F. I. Kvasov, G. B. Stroganov, I. N. Fridlyander. Moscow : Metallurgiya, 1979. 640 p.
8. Csak J. Kiindulo anyagok osszetetelenek hatasa az aluminium tulajdonsagaira es felhasznalhatosagara. Madyar Aluminium. 1983. Vol. 20, No. 9. pp. 289–299.
9. Gergert A. P., Aksenov A. A., Belov N. A., Zolotarevskiy V. S., Napalkov V. I. Optimizatsiya tekhnologii proizvodstva alyuminievoy folgi na osnove analiza formirovaniya ee struktury (Optimization of the production engineering of aluminium foil on the basis of the formation analysis of its structure). Novye napravleniya razvitiya proizvodstva i potrebleniya alyuminiya i ego splavov : sbornik trudov Mezhdunarodnoy nauchnotekhnicheskoy konferentsii, posvyashchennoy sorokoletiyu Samarskogo metallurgicheskogo zavoda (New development directions of the production and consumption of aluminium and its alloys : proceedings of International Scientific and Technical Conference, devoted to the 40-th anniversary of Samara Metallurgical Plant). Samara, 2000. pp. 138–145.
10. Jean R. J., Hauser W. Production of High Quality Aluminium Foil. International Conference on Quality in the Metals Industries, 6. Birmingham (Great Britain), 1986. pp. 1–23.
11. Jurgen Timm. Dunnbandwerkstoffe für Verpackungen. Schweizer aluminium Rundschau. 1984. Vol. 34, No. 6. pp. 11–15.

Language of full-text russian
Full content Buy
Back