NIPPON CARBIDE INDUSTRIES CO., INC.

We supply chemical products that underpin a wide variety of products broadly integrated into people's daily lives — from pharmaceuticals and agricultural chemicals to electronic materials and specialty coatings. In particular, our chemical technology capable of demetallization down to the ppb (parts per billion) level is expected to find applications across a broad range of fields. Building on the knowledge, experience, and technological capabilities cultivated since our origins in carbide (our namesake) we will continue to create new value through Functional Chemicals that meet the ever-evolving needs of people and society.

From automobiles to televisions and smartphones, paper and coatings, textiles, poultices, and even cosmetics — our diverse range of Adhesives is used to form the many "things" we see, use, and wear in our daily lives. In addition, Melamine Compound for Tableware used in schools, hospitals, and conveyor belt sushi restaurants — lightweight, durable, and heat-resistant — is another product of our Functional Polymers. We will continue to expand our product lineup to meet the diverse and evolving needs of each era.

Semiconductors are electronic components installed in all kinds of electronic devices and home appliances that make our lives more comfortable. In the manufacturing of these semiconductors, melamine resin developed by our company plays an active role as a mold cleaning material to remove resin contamination. In the semiconductor industry, the product is widely recognized under the name "Nikalet ECR," and in addition to its reliable cleaning performance, it has earned high praise as an "indispensable" part of the semiconductor manufacturing process thanks to its excellent workability — allowing cleaning without removing the mold.

Ceramic Substrates for Electronic Components are essential components used in electronic devices of all kinds found in our daily lives. Manufacturing requires advanced firing technology and equipment, and we are trusted for our ability to carry out all processes in-house, end-to-end. Continuing to refine our substrate manufacturing technologies, built on over 40 years of experience supplying products to the ever-competitive electronics field, we also contribute to the miniaturization of a wide range of digital consumer electronics.

Marking Films, which are used on eye-catching signage seen on the street and on trains, are characterized by a rich variety of colors and tough weather resistance. "Color transparent films" and "translucent films" appear vividly when lit by a light source, enabling colorful presentation day and night. We also offer a wide range of films with characteristics tailored to specific use cases and purposes, including Laser Markable Labels used on automobile labels, and Packaging Materials for food products, bringing everyday life more richness and color.

Motorcycles are an indispensable part of daily life for many people across Southeast Asia and around the world - for leisure and for commuting. We supply Graphic Stickers and 3D Emblems that vividly decorate motorcycle bodies in line with each country’s culture and preferences. With manufacturing bases in Thailand, Vietnam, Indonesia, India, and Brazil, our sites work in close coordination to maximize the strengths of each. Our technologies are also widely applied to automobiles, agricultural machinery, large construction equipment such as excavators, and consumer electronics.

Retroreflection is a phenomenon in which light returns in the direction from which it came. Thanks to this, road signs using Retroreflective Sheetings appear brightly illuminated even at night, calling on drivers to stay safe and observe traffic rules. This ensures bright safety and peace of mind in all weather for 24 hours. We will never stop advancing our technology, in order to prevent even one more accident and deliver reliable peace of mind. In addition, a "reflector for aerial displays" utilizing this technology can be found in a wide range of applications, including touchless operation.