マテリアルハウス List of Products and Services

This is the AX-UV series designed for reflection in the ultraviolet range. 1) AX-UVAB (deposition treatment) Mirror type 280nm–380nm 2) AX-UVC (deposition treatment) Mirror type 250nm *For more details, please refer to the PDF document or feel free to contact us.

• aluminum

"MIRO" and "MIRO Silver," developed as aluminum reflectors for visible light, also demonstrate high reflective performance in the infrared region. ■ Heat Resistance - MIRO: 300°C - MIRO-Silver: 150°C - Anodized Finish: 300°C

• aluminum

- Made of high-quality acrylic, it has high transparency and clear visibility. - With a thickness of 5mm, it is stable and resistant to shaking. - The use of aluminum L-shaped brackets allows for space-saving utilization. - An opening can be installed on the main body, enabling smooth document transfer.

• Other office supplies
• furniture

At Material House Co., Ltd., we handle products from ALANOD GmbH & Co. KG, a German surface treatment manufacturer. We offer a lineup of high-performance reflective materials, starting with "MIRO," which supports various solutions, as well as "MIRO SILVER," which replaces the vapor-deposited layer base with silver. In addition, we have a wide variety of decorative materials, including colors, coloring agents, embossing, and hairline processing. 【Product Lineup】 ■MIRO ■MIRO SILVER ■Anodized finishing materials ■DECO (decorative materials) ■MIRO-UV *For more details, please refer to the PDF document or feel free to contact us.

• Other polymer materials

At Material House Co., Ltd., the Industrial Products Division is engaged in the sale of non-ferrous metal materials and their processed products. We handle a variety of items, including aluminum, copper products, stainless steel, special alloys, and various types of resins. Our processed products include various types of pressing, coiling, anodizing, hairline polishing, painting, and various surface treatments. From material supply to large-scale processing and precision machining, you can trust us with anything. 【Product Lineup (Excerpt)】 ■ Aluminum, copper products, stainless steel, special alloys, various resins ■ Special materials (high-brightness aluminum reflectors and strips, shape memory alloys, electrolytic copper foil, etc.) ■ Processed products: various types of pressing, sheet metal, cutting, welding, brazing, forming, coiling, etc. *For more details, please refer to the PDF document or feel free to contact us.

• Processing Contract

A double-sided glossy foil that combines the advantages of both electrolytic foil (excellent crystal structure) and rolled foil (superior bending resistance) has transformed the concept of electrolytic copper foil. Leveraging this characteristic, it has received high praise as an electrode material for lithium-ion batteries and lithium-ion capacitors. Its ability to withstand expansion and contraction during repeated thermal history cycles during charging and discharging far surpasses that of rolled foil. The smoothness on both sides comparable to rolled copper foil, along with the unique crystal structure of WS foil, helps avoid breakage due to cracks. There is minimal thickness variation in both the width and length directions, allowing for long coils even with thin foil. Its compatibility with meter-width products contributes significantly to cost reduction. For more details, please contact us or refer to the catalog.

• Other metal materials

This new material, which gained attention for its use in women's underwear, has seen slow development in applications despite its recognized performance due to constraints such as price and processability. Advances in cost reduction through rationalization and the development of processing technologies have led to its adoption in a wide range of fields, including mobile phone antenna elements, eyeglass frames, catheter guide wires, and fishing gear. It became famous for its shape memory effect, which allows it to return to a shape that has been "trained" when heated, but more products utilizing its superelastic properties, which allow it to return to its original shape like rubber even after deformation, have been developed. The temperature at which the shape memory effect occurs can be altered by slight differences in composition and heat treatment conditions. The material in a state where the memory is reproduced at room temperature is referred to as a superelastic alloy, while the material that remains soft and does not return to its original shape when bent at room temperature is called a shape memory alloy. Shape memory alloys also exhibit the same properties as superelastic alloys in high-temperature environments where the memory is reproduced. Currently, most of the products in use are wires, but ultra-thin tubes for catheters have now been able to be manufactured. For more details, please contact us or refer to the catalog.

• Non-ferrous metals

Me-DLC can alleviate internal stress and produce a thick and strong film by doping carbide-generating metals compared to conventional DLC. It can be applied to all sliding parts and is particularly effective in cases of insufficient lubrication. It demonstrates its power for components where it is necessary to suppress seizure and adhesion, as well as for parts requiring both "low friction and wear resistance." For more details, please contact us or refer to the catalog.

• Other metal materials

- It has weather resistance even for outdoor use. - This material is coated with a specially developed transparent lacquer to enhance weather resistance for outdoor applications, based on MIRO(R) with a total reflectance of 95%.

• others

○MIRO for High-Performance Optical Products with Silver Coating We have developed "MIRO-SILVER(R)", which has a silver vapor-deposited layer on the reflective surface, to meet the demand for higher reflectivity solutions such as LCD backlights. It is used in various applications including backlights, LED lighting, and office automation equipment.

• others

A high-performance reflector that has a high-purity aluminum vacuum-deposited on the surface of aluminum, followed by the deposition of an oxide film for enhanced reflectivity. The total reflectance for visible light is 95%, which is superior to that of glass mirrors (85% to 87%). It was used in special lighting fixture reflectors, but in recent years, its applications have expanded to various fields, including LED lighting fixtures, liquid crystal display devices, copiers, strobes, and optical devices as well as natural light utilization systems such as solar systems.

• aluminum