Abrasive materials are mainly processed by grinding wheel manufacturers into industrial grinding wheels, which are used for cutting and polishing metals and other surfaces. With proprietary technology cultivated over many years, our company consistently produces high-performance, high-quality products. Industrial grinding wheels are indispensable across a wide range of fields—including automotive, aerospace, machinery, tools, electronics, and construction—where they play a vital role in manufacturing superior products.

Our cutting tool materials are used for the cutting edges of grinding and machining tools for iron-based materials, primarily in the automotive industry. With hardness and thermal conductivity second only to diamond—and superior high-temperature stability than diamond—they deliver stable cutting performance even under harsh conditions. By enabling higher cutting speeds, they contribute to savings in both fuel and electricity, as well as greater efficiency in the manufacturing process.

By eliminating microscopic scratches and surface irregularities and polishing the material to a smooth, high-gloss finish, we minimize light reflection and scattering. This significantly improves light transmission, resulting in higher quality and functionality for the final product. Our high-quality abrasives for glass polishing are essential components in the manufacturing process of products that demand this extremely high level of transparency and uniformity.

This material is used as a raw material for kiln slabs (in kilns for cement, ceramics, bricks, etc.) and firing setters (shelf plates used to hold products like electronic components and glass during firing). This is due to its high melting point and superior wear and corrosion resistance. By maintaining its performance during prolonged exposure to high heat and ensuring thermal uniformity, it helps create a stable firing environment crucial for producing high-quality products.

Every product that uses electricity generates heat during operation. Heat dissipating materials are essential for dissipating this heat, which in turn stabilizes equipment performance and prevents degradation. Furthermore, achieving high heat dissipation contributes significantly to the miniaturization of devices. Our products are recognized for their high and stable quality, and as a result, they have been widely adopted for many years in applications ranging from consumer goods to industrial products.

Our materials serve as a primary raw material for MLCCs (Multi-Layer Ceramic Capacitors), essential electronic components required to ensure the stable operation of semiconductor devices in everything from cutting-edge fields like AI, IoT, and Automotive applications to everyday devices such as PCs and smartphones. Our advanced technology for producing ultra-fine and high-purity particles will continue to support the evolution of various industries by contributing to the miniaturization of devices and the expansion of these global markets.

These are the materials used for “Plasma Spraying.” Plasma spraying is a technique that coats the surfaces of components in various machines and vehicles to strengthen them and enhance durability. This technique is applied to critical parts such as turbine blades (used in aircraft and power generation), injection nozzles (part of engines), shafts, and bearings (rotating mechanical parts), etc. By applying this coating, machinery can operate more safely and efficiently.