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Chonburi
FUJILLOY (THAILAND) CO., LTD.
FUJILLOY (THAILAND) is the Thai subsidiary of Fuji Dies Co., Ltd., which was established in 2003. The Fuji Dies Group is a leading manufacturer of carbide wear-resistant tools in Japan, with the number one market share domestically. Based on the technology and quality cultivated by the company, FUJILLOY (THAILAND) provides high-precision and reliable products to customers in the Thai market. Their products are used in a wide range of fields, including skyscrapers, optical communication, high-speed trains, automobiles, medical devices, and home appliances, playing an important role in supporting the industrial development of Thailand. ■ Business Activities FUJILLOY (THAILAND) provides products and services centered on cemented carbide, including: - Carbide Tools: High-precision tools for various press molds, hot and cold rolling rolls, cold forging molds, and other tools with high performance requirements. - Material Proposals: In addition to carbide, they offer proposals for a variety of materials such as ceramics and steel products. - Customization: Manufacturing and providing made-to-order products based on customer needs. ■ Strengths The unique strengths of FUJILLOY (THAILAND) are as follows: - Japanese Quality: Inherited the high technological capabilities of the Fuji Dies Group and realized them in the Thai market. - Wide Industry Coverage: Capable of handling a broad range of fields, from industrial parts to consumer goods manufacturing. - High Reliability: A product line that combines wear resistance and high precision to secure customer trust. - Localized Service: Quick and flexible responses tailored to the Thai market.
About 250 - 1,000 t
Ceramics is a general term for inorganic non-metallic materials, distinct from metals and organic materials. While possessing excellent properties such as high hardness, heat resistance, wear resistance, electrical insulation, and corrosion resistance, brittleness is also a characteristic. Due to these properties, they are utilized as high-performance materials in a wide range of fields, including semiconductor manufacturing equipment components, cutting tools, electronic components, medical devices, and aerospace components. As for processing methods, raw material powder is formed into a predetermined shape through methods such as press molding, injection molding, or slip casting, and then densified by sintering at high temperatures. Since it is extremely hard after sintering, specialized precision machining such as grinding and polishing using diamond tools, laser processing, and electrical discharge machining becomes indispensable, enabling the manufacture of high-precision components.
