Our company has successfully achieved cold rolling of Mg alloys.
We have successfully achieved cold rolling of magnesium alloy (AZ31B) with a thickness of 0.01mm that we have been prototyping. We encourage you to consider its application in your products. We have prepared various types of metal foils as "standard products" to meet a wide range of applications, including measuring instruments and diaphragm uses.
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basic information
【Product Features】 ○ We can manufacture from just one piece, regardless of the material. ○ We respond to various requests, from ultra-thin foils to small piece cutting. ○ Please consult us about finishing the supplied materials to your desired thickness. ○ In addition to standard products, we have a wide range of precision rolled foils made from metal materials. ○ If you are having trouble with rolling or secondary processing of prototype materials, please feel free to consult us. ● For other functions and features, please refer to the catalog or contact us.
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Company information
In 1947, Rikazai focused on foil, which held infinite possibilities as a metal material, and started a rolling business to commercialize it. Our metal foil has been used as spacers for magnetic heads in tape recorders, as well as in various applications such as electrical resistance films, burst membranes, and speaker diaphragms, responding to the diverse needs of the industry. Currently, we are capable of producing high-quality foil with a thickness of up to 0.3μm (3 micrometers). The meticulous finishing of each metal foil through precision ultra-thin rolling can be described as a delicate "artisan's skill," treating metal as if it were a living entity. So, how can such ultra-thin foil be produced? Kanazawa gold leaf is made by repeatedly hammering it until it is spread thin and wide, much like rolling out pie dough. While it does become quite thin, it is not uniform overall and is primarily used for decorative purposes, such as being applied to Buddhist statues. In contrast, the typical precision rolling method for metals involves passing the material between upper and lower rolling rolls, where the pressure from the rolls stretches it. This process can be done cold or hot, and various techniques are required depending on the type and amount of metal and the scale of rolling, making it a world of "skills" backed by years of experience and expertise.
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