福井キヤノンマテリアル List of Products and Services

A transparent paint using porous structure technology can achieve a low refractive index surface. By suppressing reflected light, it prevents light reflection on glass surfaces and reduces glare. Additionally, it can improve the light transmission rate. Since the porous structure anti-reflective material is made of inorganic substances, it can minimize aging deterioration.

Fukui Canon Materials has started selling two types of iodide-9,9-dimethylfluorene as research reagents. These reagents will be provided through Kishida Chemical. Utilizing the synthesis, separation, and purification technologies that our company has cultivated over many years, we will offer high-purity fluorene derivatives at a low cost.

Our company is developing a hydrophilic coating material using a titania sol liquid in which titanium dioxide (TiO2) is dispersed as nanoparticles. Our hydrophilic coating material excels in hydrophilicity, transparency, and self-cleaning functionality. The superhydrophilicity of titanium dioxide refers to the phenomenon where the surface of titanium dioxide becomes highly compatible with water when exposed to ultraviolet light, causing water droplets to spread thinly and form a film. This allows water droplets to spread across the surface, encapsulating dirt and washing it away, thereby exhibiting a self-cleaning effect. Our titania sol liquid can be applied in various applications such as high refractive index materials, anti-fogging materials, photocatalysts, and anti-reflective materials. By using a single nano-sized titania sol liquid manufactured through our unique sol-gel synthesis technology, it is possible to form transparent and uniform thin films on the order of several tens of nanometers. Since it can form a highly transparent thin film on substrates, it demonstrates anti-fogging performance due to superhydrophilicity and self-cleaning performance due to photocatalytic functionality when applied to automotive mirrors, building glass, outdoor cameras, and more.

Our company has been engaged in the raw materials for organic photoconductors (OPC) used in multifunction devices and laser beam printers, accumulating over 30 years of technological expertise and stable production. In particular, we boast world-class production achievements in charge generation materials and hole transport materials necessary for exhibiting photoelectric conversion functions. Additionally, for organic EL (OLED) materials that require higher purity, we produce various materials tailored to specific applications and characteristics. We actively apply the material technology, manufacturing methods, and mass production techniques developed through OPC and organic EL materials to materials for perovskite solar cells, which have a high degree of technological affinity, and are engaged in contract manufacturing.

In the electronics industry, there is a constant demand for miniaturization and high performance of products. Perovskite solar cells are expected to be applied in small electronic devices due to their thin and lightweight nature. However, securing high-quality materials can be a challenge. Our company offers synthesis and purification of materials used in perovskite solar cells, providing materials tailored to customer needs to support the realization of miniaturization. 【Application Scenarios】 * Wearable devices * IoT devices * Mobile batteries 【Benefits of Implementation】 * Contributes to the miniaturization of devices * Achieves high performance * Reduces material procurement costs

In the energy industry, particularly in the power generation sector, the transition to sustainable energy sources is urgent, and perovskite solar cells are one of the promising options. However, the quality of the materials that influence the performance of perovskite solar cells, especially hole transport materials, ionic liquids, electron transport materials, and monomers for sealing materials, poses challenges. Impurities and variations in material quality can lead to decreased power generation efficiency and durability issues. Our company leverages over 30 years of material technology and mass production technology to contribute to solving these challenges by providing contract synthesis of materials for perovskite solar cells. 【Application Scenarios】 - Research and development of perovskite solar cells - Manufacturing of solar power generation systems - Material procurement for energy-related companies 【Effects of Implementation】 - Improved power generation efficiency with high-quality materials - Reduction in material costs - Establishment of a stable material supply system

In the field of organic synthesis, there is a constant demand for improved efficiency and precision in reactions. Particularly in the development of next-generation materials such as perovskite solar cells, a stable supply of high-quality raw materials is essential. Iodine-9,9-dimethylfluorene contributes to the promotion of reactions as a reaction intermediate. By providing high-purity fluorene derivatives, we support research and development. 【Application Scenarios】 - Synthesis of perovskite solar cell materials - Synthesis of organic EL materials - Synthesis of pharmaceutical intermediates 【Effects of Introduction】 - Improved reaction efficiency - Stable supply of high-quality materials - Acceleration of research and development

In the field of organic EL devices, high luminous efficiency and long lifespan are required. The quality of charge transport materials is a crucial factor that influences these performances. In particular, high-purity materials are essential to enhance charge mobility efficiency. Our "Iodine-9,9-dimethylfluorene" contributes to the improvement of organic EL device performance. 【Usage Scenarios】 - Organic EL displays - Organic EL lighting 【Benefits of Implementation】 - Improved charge transport efficiency - Enhanced device performance - Realization of high-quality organic EL devices

In the display industry, the quality of luminescent materials is crucial for achieving high image quality and brightness. Particularly in organic EL displays and quantum dot displays, materials with high luminescent efficiency are required. The presence of impurities can lead to a decrease in luminescent efficiency and a reduction in lifespan. Our company contributes to the improvement of display performance by providing high-purity fluorine compounds. 【Application Scenes】 - Organic EL Displays - Quantum Dot Displays - Other Luminescent Devices 【Effects of Implementation】 - Improved luminescent efficiency with high-purity materials - Increased lifespan of displays - Cost-effective material procurement