Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
61～75 item / All 126 items
It enables the electrification of surfaces such as plastic (circuits, contacts, etc.) using a transfer method.
A foil that enables the electrification of surfaces such as plastic (for circuits and contacts) using a transfer method. Compared to traditional silk screen printing methods, it eliminates processes such as "drying, masking, and solvents," and has advantages such as an extremely thin and uniform coating.
It is a scratch-off foil for lottery draws and concealment that can be removed with a coin, etc.
Lottery draw and concealment foil. It can be scratched off with coins or similar objects. Unlike the silk screen printing method, it can impart the unique metallic feel of the foil to the scratch-off area. Additionally, by processing the foil stamping plate, designs or text can be expressed in the scratch-off area.
This is a foil with a hairline pattern on the surface created by using a hairline processed foil-based PET film.
This is a foil with a hairline pattern applied to the surface of a foil-based PET film. It is mainly used for plastic products such as AV equipment and automotive parts, but it is also available for paper applications.
This is a metallic gradient foil created by multicolor printing using gravure printing and vacuum deposition.
This is a metallic gradient foil created through multicolor printing using gravure printing and vacuum deposition. It is also possible to specify the color tone and color range of the gradient.
This is a pigment foil for satin fabric and genuine leather or synthetic leather used for clothing brand tags and washing labels.
This is a pigment foil for satin fabric and genuine leather or synthetic leather used for clothing brand tags and washing labels. It is an impregnation type, making it very resistant to washing and difficult to fade.
This is a copper foil with improved bending characteristics!
"Super-HTE" is a high-flexibility electrolytic copper foil suitable for mass production of flexible printed circuit boards at 9μm. Like rolled copper foil, it can achieve high elongation through annealing and recrystallization. Among them, "3EC-M1S-HTE" has achieved a low roughness of Rz=2.0μm or less due to improvements in surface treatment. We offer a wide range of products to suit various applications. Please feel free to consult us. 【Features】 ■ For flexible printed circuit boards ■ Capable of mass production at 9μm ■ Low roughness ■ Extensive lineup *For more details, please refer to the catalog or feel free to contact us.
Aluminum foil with excellent strength and ductility for the positive electrode current collector of lithium-ion secondary batteries.
We have developed aluminum foil 'KS-81' suitable for improving processing and coating precision, as well as output density, for lithium-ion secondary battery positive electrode current collectors. Thanks to improvements in foil manufacturing technology and foil rolling technology, it has become a very fine metal crystal with high mechanical properties. Additionally, it can be used without compromising processability or basic performance due to the thinning of the aluminum foil. 【Features】 ■ Excellent strength and ductility ■ Ensures conductivity almost equivalent to pure aluminum ■ Offers a wide range of thickness options and can accommodate thinning ■ Cost reduction possible through thinning *For more details, please refer to the catalog or feel free to contact us.
Comprehensive catalog of the No. 1 aluminum foil manufacturer, 2017 edition! It features aluminum foil, food and pharmaceutical packaging materials, and the latest technologies in super water-repellent and super oil-repellent.
We provide a comprehensive product catalog from our foil business division, which introduces not only aluminum foil but also packaging materials for food and pharmaceuticals that utilize aluminum's properties, as well as electronic components and design materials. Since the establishment of our aluminum foil manufacturing company in 1931, we have developed various products that contribute to society, industry, and daily life. By consolidating the advanced technologies cultivated in this process, we create unique, high-value-added products that cannot be imitated by other companies, which is the strength of Toyo Aluminum. We invite you to read it.
![[Technical Data] Toyal Carbon New Applications - Electric Double Layer Capacitor Collector](https://image.mono.ipros.com/public/product/image/389/2000332576/IPROS3698138350267084145.jpg?w=280&h=280)
Application of Toyal Carbon's technology for adhering carbon onto aluminum foil without a binder to ELDC current collectors! This is the material for measuring discharge and charge characteristics.
Toyal Carbon is a material that adheres carbon particles to aluminum foil without a binder, leveraging its characteristic of achieving extremely low resistance values. It has been used as the cathode in functional solid capacitors. To expand its applications, we will report on the electrical characteristics when used as a collector in EDLCs (Electric Double Layer Capacitors).
Read in 3 minutes! For those currently using or considering using aluminum foil, we provide materials that explain the manufacturing process of aluminum foil!
Aluminum foil is produced by "rolling" a coil of aluminum sheet, known as foil stock, multiple times. In addition, it goes through processes such as "separation," "annealing," "slitting," and "inspection" before being shipped. We have created simple and easy-to-understand materials that can be understood even by those who have never handled aluminum foil.
As a carrier material for thin film production! Achieving film flatness and peelability due to smoothness of Ra: 10nm or less!
LUXAL is an aluminum foil that boasts exceptional surface smoothness, with an ultra-high smoothness of Ra: 10nm or less. By using it as a carrier material during film formation, its smooth surface can be transferred onto the film. Additionally, due to its smoothness, it also has good release properties with the film. Furthermore, LUXAL is available in coil form and, being an aluminum-based material, it also features heat resistance.
Anti-aging for steel structures! It contributes to saving Earth's resources compared to replacement and rebuilding.
The "Titanium Foil Anti-Corrosion System" is a method that allows for long-term corrosion protection by applying a titanium foil sheet to the ends of steel materials, thereby blocking corrosion factors such as moisture and salt, and then painting it with our proudly developed fluororesin coating. This system can be applied not only to bridges but also to power and gas facilities, various plants, and port facilities, among other steel structures. Additionally, using it during new construction, not just for repairing corroded areas, allows for the full utilization of the service life of long-term anti-corrosion paint specifications. 【Features】 ■ Enables long-term corrosion protection ■ Applicable to various steel structures ■ Reduces life cycle costs ■ Contributes to saving Earth's resources compared to replacement or rebuilding *For more details, please refer to the PDF document or feel free to contact us.
Lithium secondary battery negative electrode current collector/current collector foil, PET copper foil film, copper foil composite film, copper vapor-deposited PET film, copper-plated PET film.
This is a lithium secondary battery negative electrode collector made from ultra-thin PET film as the substrate, with copper vapor-deposited on both sides. It has superior performance compared to ordinary copper foil negative electrode collectors. Characteristics: - Excellent safety - Excellent energy density - Excellent battery life - Excellent applicability
Exhibiting shielding properties in strong magnetic fields! Contributing to the lightweight and slim design of shielding equipment.
The "STARPAS(R)-DF42N Series" is a metal foil made from high saturation magnetic flux density material (DF42N). It contributes to the lightweight and slim design of shielding equipment. It allows for bending, cutting, and punching with high shape freedom. Additionally, the foiling suppresses eddy current losses within the magnetic material. Please utilize it for applications such as medical MRI, electron microscopes, electrical rooms in buildings, transformer installation locations, motor peripheral equipment, power supplies, and power semiconductors. 【Features】 ■ Suppresses eddy current losses within the magnetic material due to foiling ■ High shape freedom ■ Capable of bending, cutting, and punching ■ Excellent durability and heat resistance, strong against vibration and impact ■ Exhibits shielding properties in strong magnetic fields ■ Effective in strong magnetic fields of ISO11452-8 test level 4 (over 1000A/m) and above 170dBpT of MIL-STD-461. *For more details, please refer to the PDF document or feel free to contact us.
