Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
76～90 item / All 608 items
Stain prevention, text printing
For preventing dirt on the product surface and moisture, we recommend glaze treatment. For displaying characters and numbers, we recommend transfer firing.
Ceramics that can withstand rapid temperature increases and decreases while maintaining electrical insulation! They are used in fuses that require high currents, such as in electric vehicles.
At Otsuka Ceramics, we manufacture "Kojilight" products. Kojilight is a relatively inexpensive ceramic. It is characterized by a low coefficient of thermal expansion and excellent resistance to thermal shock. It is used in automotive exhaust system components, fuses for electric vehicles, and infrastructure facilities that require high current. Additionally, it has perfect anti-soiling measures due to self-glazing. *Please download the PDF to check the results of the thermal shock resistance test. Since our establishment in 1959, our company has a wealth of experience in ceramic manufacturing and offers "custom-made ceramic products." We can accommodate a wide range of production from small lot production starting from one piece to mass production using molds. We conduct integrated production from raw material formulation to shaping, firing, processing, and inspection, and can propose manufacturing methods tailored to your needs. Prototyping is also possible. **Characteristics of Ceramics** - Usable in environments over 1,000°C - Higher insulation than general resins - Excellent chemical resistance - Adopted in a wide range of fields, including mechanical parts ★ We are distributing materials that outline the properties and characteristics of ceramic materials! You can view them from the [PDF download].
We have a variety of ultrasonic transducers available, ranging from small to large, and from low-frequency to high-frequency types.
Ultrasound has traditionally been used for industrial and commercial purposes, but recently it has been utilized in various situations for home use. To meet this wide-ranging demand for ultrasound, Tamura has prepared a variety of ultrasonic transducers in different shapes, ranging from small to large, and from low-frequency to high-frequency types.
Handled by MKT Taisei Co., Ltd.
This is an introduction to the comprehensive catalog of piezoelectric ceramics.
You can use it for fish finders, proximity switches, medical devices, humidifiers, and ultrasonic cleaners!
This is an introduction to the "disc-shaped piezoelectric elements" that we handle. The types available include D-4, D-5, D-10, W-40, W-50, W-60, Dt-5, Dt-10, Dt-18, M-20, M-22, and M-25, covering a wide range. They can be used in fish finders, proximity switches, medical devices, humidifiers, ultrasonic cleaners, and more. Tai-Sei's piezoelectric ceramics are manufactured from raw materials. They are used in underwater and airborne ultrasonic transmitters and receivers, vibration and shock sensors, etc., and have received high evaluations for: - Excellent piezoelectric properties. - Minimal changes over time. - High Curie point. *For product details, please refer to the catalog available for download below "PDF Download."
We can achieve ultra-precision finishing and process complex shapes! We deliver custom parts with high precision and fine machining in a short lead time!
"Makol(R)" is a new ceramic material that shares the properties of glass and ceramics with the ease of metal processing. It can be processed into ultra-precise finishes and complex shapes. No firing is required after processing, and it can be used as is. Additionally, we have opened an online EC site where materials suitable for research and development purposes can be easily purchased. Please feel free to contact us when needed. [Features] ■ Low thermal conductivity, non-magnetic ■ Chemically stable ■ Usable from -273 to 1000°C ■ Easy to machine ■ No heat treatment required after processing *For more details, please refer to the PDF document or feel free to contact us.
It is resistant to shock from heat and can contribute to preventing adhesion with metals! Additionally, it has good machinability, allowing for complex shapes and short delivery times!
It has low thermal expansion, is resistant to thermal shock, does not react with molten metals (aluminum, zinc), has non-wetting properties, and is suitable as a component for molten metal applications such as ladles, piping, and crucibles. It is also used as tooling for machine parts and as insulation materials, and due to its machinable type, it can accommodate complex shapes. *It can also be provided in a thickness of 50mm. 【Features】 ■ Thermal shock resistance ■ Non-wetting properties ■ Insulation properties ■ Low thermal expansion ■ Machinability ■ Lightweight For more detailed information, please feel free to contact us.
[Free sample currently available] Quick response and cost reduction for processing is possible! Since mold production and firing are not required, you can obtain the desired shape in a short delivery time.
Machinable ceramics, despite being ceramics, do not require molds for part production. Due to their machinability, they can achieve complex and fine shapes compared to conventional ceramic materials, while keeping processing costs low. Of course, they also possess the heat resistance and dimensional stability characteristic of ceramics. We solve the common challenges associated with high-performance materials through our extensive application track record and material options! If you are having trouble selecting materials for ceramics or high-performance resins, please feel free to contact us.
We offer comprehensive proposals ranging from the processing of complex shapes of various ceramics to integration with metal and resin parts, as well as various surface treatments (plating, coating).
At Ishihara Chemical, we respond to requests from material procurement to shape processing with short lead times, offering various applications as value-added products of a higher standard. Are you facing any of the following issues? - Wanting to bond two types of ceramics with a paste material to utilize their respective properties. - Looking to increase mechanical strength by soldering metal parts. - Aiming to enhance durability by bonding part of it with resin components as a wear-resistant measure. - Wanting to electrolessly plate ceramics to make part of it conductive. And more. We are here to meet a variety of requests, so please feel free to consult with us. 【Exhibition Information Announcement】 Exhibition Name: VACUUM2022 Vacuum Exhibition Date: 2022/10/19–21 Booth Number: V-55 Exhibited Products: Machinable ceramics, processed samples of engineering plastics, bonding of dissimilar materials, and metallized products. We sincerely look forward to your visit!
Machinable ceramics that are resistant to wetting by metals and have excellent wear resistance and corrosion resistance! For materials used in melting and powder production in a vacuum furnace!
"ZSBN" is a composite material developed for demanding applications that require a combination of thermal shock resistance, high wear resistance, excellent moisture resistance, and corrosion resistance. It combines the strength and wear resistance of zirconia with the thermal performance and machinability of hot-pressed boron nitride, making it particularly suitable for applications involving molten metals where wear resistance and thermal conductivity are essential. ZSBN nozzles are made from solids processed by hot pressing micron-sized particles, achieving a very smooth finish and strict tolerances. 【Features】 ■ Low wettability with metals (examples of compatible metals: Al, Fe/Ni/Co, Fe, Au, Ag, Cu) ■ Excellent wear and corrosion resistance (stable particle size contributes to increased yield) ■ No mold required (suitable for experiments involving shape changes in development furnaces) ■ Can accommodate large sizes (150×480×480mm) ■ Easy machinability (easy to secure tolerances, suitable for fine hole nozzle machining) ■ Excellent thermal shock resistance (3.4–4.1×10^-6 /K (RT to 400℃)) ■ High strength (bending strength 107–144MPa, approximately 5 times that of high-purity BN) *For more details, please refer to the PDF document or feel free to contact us.
No mold required, short delivery time, support from just one piece! We provide total proposals from product selection to processing.
We would like to introduce "machinable ceramics," which are suitable for prototyping and development. Starting from sintered materials (plates and rods), we can achieve cost reduction and short delivery times. We provide a total proposal from material selection to processing. Our company has been engaged in contract processing for many years. 【Features】 ■ Suitable for prototyping and development ■ Starts from sintered materials (plates and rods) ■ Cost reduction and short delivery times are possible ■ Capable of complex and fine processing ■ Total proposal from material selection to processing *For more details, please refer to the PDF document or feel free to contact us.
Continuous molding of ultra-fine pores with a diameter of φ0.01mm is possible through extrusion molding.
We manufacture and sell fine ceramic parts made of zirconia and high-purity alumina, with an outer diameter of φ0.2mm and above, a hole diameter of φ0.01mm and above, a length of 0.5mm and above, and a number of holes ranging from 1 to several hundred.
Here are some examples of porous ceramics production!
【Applications】 - Semiconductor manufacturing equipment parts → Filters → Various nozzles → Rectifying plates → Flow control → Microreactors
Here are some examples of the production of irregular ceramics!
It is an application technology that can be manufactured by combining different shapes of outer and inner diameters.
We will introduce examples of submicron processing!
- It is possible to perform sub-micron precision machining on ceramics. - High-precision outer diameter machining at the sub-micron level is possible. - High-precision hole machining with a hole diameter of Φ40μm or more is possible. - High-precision surface finishing machining is possible.
