Comprehensive Catalog of Ceramics for Electronic Components and Industrial Use
Catalog for electronic components and industrial ceramics is currently being distributed.
−
- 企業:フォノン明和
- 価格:Other
更新日: 集計期間:Aug 13, 2025~Sep 09, 2025
※当サイトの各ページの閲覧回数を元に算出したランキングです。
更新日: 集計期間:Aug 13, 2025~Sep 09, 2025
※当サイトの各ページの閲覧回数を元に算出したランキングです。
更新日: 集計期間:Aug 13, 2025~Sep 09, 2025
※当サイトの各ページの閲覧回数を元に算出したランキングです。
106~120 件を表示 / 全 439 件
Catalog for electronic components and industrial ceramics is currently being distributed.
−
Excellent dimensional accuracy and electrode stability!
Our company offers a wide range of products in "ceramics for inductors and noise suppression-related components," which combine our unique materials technology for ceramics and ferrites, micro precision molding technology, and metallization technology. We provide materials with excellent dimensional accuracy and stability of electrodes, as well as various materials with different permeability for ferrites. 【Features】 ■ Excellent dimensional accuracy ■ Excellent stability of electrodes ■ Availability of materials with various permeabilities *For more details, please refer to our catalog or feel free to contact us.
SiC is a ceramic with strong covalent bonding and has a hardness that exceeds that of alumina. It is particularly excellent in high-temperature strength and also has superior corrosion resistance.
Due to its high hardness, it also possesses strong resistance to sliding wear. Its thermal conductivity is also high. Silicon carbide (SiC) is used in internal components of semiconductor manufacturing equipment and LED manufacturing equipment, as well as in substrate trays for etching devices and firing jigs (such as for capacitors). Silicon carbide (SiC) takes advantage of its heat resistance (even above 1,000 degrees), chemical resistance (plasma resistance), good wear resistance, thermal conductivity, density, and strength. How about this usage → Since thin products can be made with SiC, please consider using it as trays or setters for better thermal efficiency. It is possible to use thin SiC plates for firing furnace setters for electronic substrates.
Porous ceramics are ceramics that have many pores.
At Asuzak Corporation's Fine Ceramics Division, we have started working with porous ceramics, offering two types of materials: porous alumina and porous SiC. Currently, we have several types in our lineup, catering to your needs based on different applications. We propose porous ceramics that allow for free control of pore diameter and porosity thanks to our unique molding technology. Porous ceramics are used as adsorption tools for thin wafers and thin films. They allow gas to pass through but not plasma, making them suitable as fixtures for plasma devices. Being porous ceramics, they possess insulation and heat resistance. Depending on the size, we can achieve a flatness of about 5μm, enabling high precision in equipment. How about this usage? In addition to general porous alumina ceramics, we also handle porous ceramics made of SiC, so please consider using porous SiC in environments where alumina cannot be used (such as rapid cooling, rapid heating, and the use of hydrofluoric acid-based chemicals). How about using it in the manufacturing of optical lenses where rapid cooling and heating are required?
By adopting MEGACOAT, we have achieved a significant increase in longevity that approaches that of CBN.
MEGACOAT Ceramic "PT600M" has achieved a significant increase in lifespan, approaching that of CBN, thanks to the adoption of MEGACOAT. Cutting tools are essential in the manufacturing sites of the automotive industry, construction machinery industry, mold industry, and more around the world. Kyocera contributes to improving customer productivity through high-efficiency and high-precision machining with cutting tools. 【Features】 - Achieves excellent economy in machining high-hardness materials - Provides good wear resistance in high-speed machining of gray cast iron For more details, please contact us or download the catalog.
Lepton's engineering ceramics are 3D printed.
At Lepton, we can provide a variety of engineered ceramic products, including some of the world's highest purity alumina in various shapes. If you have specific shapes that other companies cannot accommodate, please consult with us. For more details, please download our catalog or contact us.
Cut costs on mold expenses with our unique molding method! Reduce material costs, processing costs, and delivery times while maintaining performance and durability. Suitable for small to large parts for machinery and equipment.
Lepton's "Ceramic Parts" are ceramic products commonly used for machinery components, ranging from large sizes of 3200mm in length, 1500mm in width, 900mm in height, and 60mm in thickness, down to a few millimeters. Due to our unique molding method that does not require molds, we can significantly reduce development costs for equipment by cutting material costs, processing costs, and lead times. Additionally, we can produce some of the world's largest rib-structured large parts and long guide rails using high-purity alumina, thereby enhancing the performance and durability of semiconductor and LCD manufacturing equipment, as well as powder processing equipment. 【Features】 ■ Molding of large parts, complex structures, and thin products ■ Capable of producing from dense bodies to porous materials ■ Zero contamination from impurities such as metals ■ Near-net shaping, etc. *For more details, please contact us or refer to our catalog.
[Presentation of Materials with Examples] 3D shapes and sizes that were impossible with conventional ceramics are now possible! Contributes to cost reduction with material production close to the final shape.
Lepton's "Engineering Ceramics" features some of the world's highest purity alumina and is a high-performance material that enables 3D shapes and sizes that were difficult to achieve with conventional ceramics. By utilizing a rib structure that takes advantage of high Young's modulus, we have achieved a balance of "lightweight" and "rigidity," realizing a new form of fine ceramics. Additionally, our integrated network of in-house manufacturing, in-house processing, and partner factories allows for the creation of materials close to the final shape, contributing to reductions in material and processing costs. We have received high praise in various fields, including semiconductor and LCD manufacturing equipment, as well as powder processing equipment. If you are facing challenges with ceramics, please feel free to consult with us. *Currently, we are offering the latest catalog featuring examples of 3D-shaped products and new product information! *If you are interested, you can download the materials or contact us through our website.
Zirconia-based ceramics with excellent toughness, alumina ceramics.
Materials: Fujiroi Ceramics offers zirconia-based ceramics with excellent toughness, alumina ceramics, and silicon nitride ceramics with outstanding heat resistance, impact resistance, and lubricity. SiC is under development. We accept orders for chip materials in various shapes and for ground and polished products, with short lead times starting from one piece. For more details, please contact us.
High hardness and wear resistance! Shaping processing using diamond abrasives with 4 to 5 times the hardness.
"Fine ceramics" are processed into shapes through grinding with diamond abrasives, which possess hardness four to five times greater than that of steel. The difficulty in processing arises from their brittle nature, which leads to the occurrence of cracks, causing the abrasive cutting edges to be guided along these cracks. Additionally, when nano-level finishing precision is required, it is necessary to carefully consider each factor, such as the selection of diamond wheels and grinding machines, in order to establish the know-how to achieve ultra-precision finishing surfaces. [Features] - High hardness and wear resistance - Materials that can also be used as cutting tool materials *For more details, please refer to the PDF document or feel free to contact us.
Ceramics for the electronics industry with precisely controlled raw materials and manufacturing processes.
Advanced technology new ceramics manufacture oxide-based ceramics such as alumina, mullite, zirconia, and cordierite, as well as non-oxide ceramics like silicon carbide. Through a unique manufacturing method that precisely controls raw materials and production processes, we provide high-quality products and services to industries such as electronics.
Providing meticulous products! A wide range of adaptable coating technologies.
We provide high-purity, homogeneous coatings for isotropic high-purity graphite and various sintered SiC substrates. Our products have received high acclaim in fields such as semiconductors, industrial machinery, nuclear power, and aerospace. 【Features】 - Ultra high purity - High corrosion resistance - High oxidation resistance - High heat resistance - High wear resistance For more details, please contact us or download the catalog.
This is a lightweight and high-strength fiber insulation material developed at the request of JAXA (Japan Aerospace Exploration Agency).
This is a revolutionary machinable ceramic that is formed by adding a special binder to high-temperature insulating wool, thermally fused at high temperatures, and structured into a three-dimensional mesh. It features lightweight, high strength, excellent resistance to spalling, and enhanced breathability. Compared to diatomaceous earth traditionally used in glass processing, it offers stable quality and can withstand long-term use, providing high cost performance. ■ Features - Lightweight with low thermal capacity - Capable of precision machining - High thermal shock resistance ● For more details, please contact us or download the catalog.
It has high bending strength and also high impact strength.
This is an introduction to "Engineering Ceramics Zirconia Ceramics" handled by Niimi Sangyo Co., Ltd.
Hardness surpassing alumina ceramics
This is an introduction to "Engineering Ceramics - Silicon Carbide Ceramics" handled by Niimi Sangyo Co., Ltd.