Double-zero aluminum foil for alloying high-performance aseptic packaging material and production process of double-zero aluminum foil

A packaging material, double-zero aluminum foil technology, applied in the field of double-zero aluminum foil, can solve the problems of adverse production effects, broken belts, high strength, etc., and achieve the effects of improving production efficiency, reducing costs, and shortening the process flow

Inactive Publication Date: 2018-06-15
JIANGSU ZHONGJI LAMINATION MATERIALS
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0011] 4. Due to the high strength of the 8 series alloy products, if the casting and cold rolling production process is not properly controlled, the production difficulty of the subsequent process will be increased
The product will also frequently break due to the difficulty of thinning, which affects the normal production and production efficiency of aluminum foil rolling. At the same time, this continuous abnormal adjustment is not conducive to the stability of the aluminum foil rolling process system and will destroy the entire production. The stability of the process will also have a negative impact on the production of other varieties
Therefore, the use of 8-series alloys to produce double-zero foils must solve the problem of high product strength and difficulty in thinning

Method used

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  • Double-zero aluminum foil for alloying high-performance aseptic packaging material and production process of double-zero aluminum foil
  • Double-zero aluminum foil for alloying high-performance aseptic packaging material and production process of double-zero aluminum foil
  • Double-zero aluminum foil for alloying high-performance aseptic packaging material and production process of double-zero aluminum foil

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Experimental program
Comparison scheme
Effect test

Embodiment 1

[0083] The process flow of the preparation method of double-zero aluminum foil for alloyed high-performance aseptic packaging materials with a thickness of 0.00635mm produced by casting and rolling blanks is as follows:

[0084] The chemical composition mass fractions are as follows:

[0085] Si: 0.52;

[0086] Fe: 0.64;

[0087] Cu: 0.0061;

[0088] Mn: 0.0026;

[0089]Ni: 0.0026;

[0090] Zn: 0.0005;

[0091] Ti: 0.024;

[0092] Zr: 0.0002;

[0093] The remainder is aluminum.

[0094] Process flow:

[0095] 7.0mm→4.4mm (high temperature soaking)→3.0mm→1.5mm→0.9mm (trimming)→0.6mm (recrystallization annealing)→0.3mm→0.115mm→0.05mm→0.016mm→0.016*2mm (double )→0.00635*2mm→slitting→recrystallization annealing→packaging.

[0096] Annealing: 4.4mm (high temperature soaking) temperature measurement production, the furnace gas temperature is set at 590 ° C, when the metal temperature reaches 550 ° C, heat preservation for 2 hours; edge trimming → 0.9 mm; foil rolling → 0.3...

Embodiment 2

[0112] The process flow of the preparation method of double-zero aluminum foil for alloyed high-performance aseptic packaging materials with a thickness of 0.00635mm produced by casting and rolling blanks is as follows:

[0113] The chemical composition mass fractions are as follows:

[0114] Si: 0.49;

[0115] Fe: 0.63;

[0116] Cu: 0.0056;

[0117] Mn: 0.0028;

[0118] Ni: 0.0032;

[0119] Zn: 0.0008;

[0120] Ti: 0.021;

[0121] Zr: 0.0001;

[0122] The remainder is aluminum.

[0123] Process flow:

[0124] 7.0mm→4.4mm (high temperature soaking)→3.0mm→1.5mm→0.9mm (trimming)→0.6mm (recrystallization annealing)→0.3mm→0.115mm→0.05mm→0.016mm→0.016*2mm (double )→0.00635*2mm→slitting→recrystallization annealing→packaging.

[0125] Annealing: 4.4mm (high temperature soaking) temperature measurement production, the furnace gas temperature is set at 590 ° C, when the metal temperature reaches 550 ° C, heat preservation for 2 hours; edge trimming → 0.9 mm; foil rolling → 0....

Embodiment 3

[0141] The process flow of the preparation method of double-zero aluminum foil for alloyed high-performance aseptic packaging materials with a thickness of 0.00635mm produced by casting and rolling blanks is as follows:

[0142] The mass fractions of chemical components are as follows:

[0143] Si: 0.49;

[0144] Fe: 0.66;

[0145] Cu: 0.006;

[0146] Mn: 0.0018;

[0147] Ni: 0.0026;

[0148] Zn: 0.0003;

[0149] Ti: 0.023;

[0150] Zr: 0.00015;

[0151] The remainder is aluminum.

[0152] Process flow:

[0153] 7.0mm→4.4mm (high temperature soaking)→3.0mm→1.5mm→0.9mm (trimming)→0.6mm (recrystallization annealing)→0.3mm→0.115mm→0.05mm→0.016mm→0.016*2mm (double )→0.00635*2mm→slitting→recrystallization annealing→packaging.

[0154] Annealing: 4.4mm (high temperature soaking) temperature measurement production, furnace gas temperature is set at 590 ° C, when the metal temperature reaches 550 ° C, heat preservation for 2 hours; edge trimming → 0.9 mm; foil rolling → 0.3 ...

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Abstract

The invention relates to a double-zero aluminum foil for an alloying high-performance aseptic packaging material. The double-zero aluminum foil is characterized by comprising chemical compositions including, by mass, 0.48%-0.55% of Si, 0.58%-0.66% of Fe, 0.005%-0.01% of Cu, 0.0015%-0.005% of Mn, 0.0015%-0.005% of Ni, less than 0.001% of Zn, 0.02%-0.05% of Ti, less than 0.0003% of Zr and the balance aluminum. The double-zero aluminum foil for the alloying high-performance aseptic packaging material and the production process of the double-zero aluminum foil are high in production efficiency, high in finished product rate, low in cost, good in plate shape and stable in quality.

Description

technical field [0001] The invention relates to an alloyed high-performance double-zero aluminum foil for aseptic packaging materials and a production process thereof. Background technique [0002] Aluminum foil is a material made of metal aluminum calendering. Aluminum foil has soft texture, good ductility, high moisture resistance, corrosion resistance, low oxygen permeability, low humidity rate, good adhesive strength, stable processability, excellent double-sided composite. It is widely used as a packaging material for food, cigarettes, medicines, industrial and household goods, etc. Aluminum foil meets various needs of modern production in a wide range of fields with its unique properties. With the development of economy and technology, the requirements for the quality of aluminum foil are increasing day by day. It is hoped that the thickness of aluminum foil will be thinner, with fewer pinholes, and higher mechanical properties and surface quality. However, if you w...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C22C21/00C22F1/04B22D11/06B21B1/40
CPCC22C21/00B21B1/40B22D11/06C22F1/04
Inventor 崔广健
Owner JIANGSU ZHONGJI LAMINATION MATERIALS
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