List of Ceramics products
- classification：Ceramics
181～225 item / All 1814 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
High purity 99.99%! Niobium pentoxide that promotes catalytic reactions.
- Rare metals
- alloy
- Ceramics
High-purity niobium pentoxide contributing to lightweighting in the aerospace field.
- Rare metals
- alloy
- Ceramics
Niobium pentoxide with a purity of 99.99% that contributes to the stabilization of superconducting devices.
- Rare metals
- alloy
- Ceramics
Contributing to the improvement of steel strength! With high-purity niobium pentoxide, achieve stronger steel.
- Rare metals
- alloy
- Ceramics
High-purity niobium pentoxide contributing to the performance improvement of heat-resistant ceramics.
- Rare metals
- alloy
- Ceramics
Precise control of the refractive index of optical glass. Achieving both high transparency and high refractive index.
- Rare metals
- alloy
- Ceramics
High-purity niobium pentoxide contributing to the high performance of capacitors.
- Rare metals
- alloy
- Ceramics
High thermal conductivity × electrical insulation × low Dk/Df. Surface-modified products with low viscosity and high dispersion, suitable for CCL and TIM.
- Other electronic parts
- Ceramics
- Other pharmaceutical intermediates and cosmetic ingredients
World-class product range We provide world-class solutions that pursue product performance, aesthetics, sustainable construction, and productivity.
- Ceramics
Ultra high purity 99.99%! Indian tantalum pentoxide | High-performance oxide suitable for optical and electronic materials | Optical films, devices, research and development
- Rare metals
- alloy
- Ceramics
Ultra high purity 99.99%! Indian niobium pentoxide | Optimal high-performance oxide for optical glass and electronic materials.
- Rare metals
- alloy
- Ceramics
High purity 99.9%! Indian tantalum pentoxide | Ideal for metallurgy, electronic components, ceramics, and catalysts | Optical glass, aerospace, automotive
- Rare metals
- alloy
- Ceramics
High purity 99.9%! Indian pentoxide niobium | Ideal for metallurgy, electronic components, ceramics, and catalysts | Optical glass, aerospace, automotive
- Rare metals
- alloy
- Ceramics
Ideal for industrial applications! High-purity tantalum pentoxide from Brazil (99.7%) with stable supply available | Electronic components, catalysts, ceramics, metallurgy
- Rare metals
- alloy
- Ceramics
Ideal for industrial use! High-purity niobium pentoxide from Brazil (99.7%) with stable supply available | Electronic components, catalysts, ceramics, metallurgy, optical glass
- Rare metals
- alloy
- Ceramics
Tungsten trioxide (YTO) - High purity and high dispersion! Active in pigments, electronic materials, optical glass, X-ray shielding materials, ceramics, and battery materials!
- Rare metals
- Other metal materials
- Ceramics
Used in structural materials, machine parts, and sliding components, and also utilized in everyday items such as knives and scissors!
- Fine Ceramics
It is widely supplied to domestic thermocouple manufacturers and boasts many achievements!
- Ceramics
- Other machine elements
Introducing a variety of materials, including ceramics with high insulation properties and extremely high thermal conductivity!
- Ceramics
Excellent resistance to corrosion and chemicals, and extremely stable chemically! Suitable for various items such as precision machined products and large molded products.
- Fine Ceramics
Attention to those in charge of quantitative pump design and purchasing for biological analysis devices and artificial dialysis devices! Precision manufacturing technology, customization to specificat...
- Ceramics
- cylinder
- pump
A sheet that possesses heat resistance up to approximately 800°C as well equipped with cushioning and flexibility. We respond to a wide range of thickness and hardness requirements.
- Ceramics
- Heating device
- Heat exchanger
A sheet material primarily composed of alumina fiber (PCW/crystallized alumina short fiber).
- Heating device
- Heat exchanger
- Fine Ceramics
A sheet primarily composed of alkali Earth Silicate fiber (AES fiber/biocompatible soluble fiber), that possesses heat resistance up to approximately 1100°C to 1300°C.
- Ceramics
- Heating device
- Heat exchanger
From large shapes to palm-sized small molds, leave the surface treatment to us!
- Other molds
- Ceramics
High-strength and durable components made from alumina and ceramics, contributing to the performance enhancement of analytical instruments.
- Ceramics
Providing high-strength and durable lens components made of alumina and ceramics.
- Ceramics
Providing high-strength, durable ceramic components for precision gears in watches.
- Ceramics
For robot joints. Providing high-strength, durable ceramic parts.
- Ceramics
Providing high-strength, durable precision parts made from alumina and ceramics.
- Ceramics
High-strength and durable ceramic components that contribute to the performance improvement of fuel cells.
- Ceramics
High-strength, durable ceramic components that support the reliability of optical fiber communication.
- Ceramics
High-strength, durable ceramic components that contribute to the performance improvement of small substrates.
- Ceramics
Providing high-strength and durable engine parts made from alumina and ceramics.
- Ceramics
High-strength, durable ceramic components that perform under harsh conditions.
- Ceramics
High-strength, durable ceramic components that enhance the performance of precision sensors.
- Ceramics
Ideal for precision machining. High-strength, durable ceramic components that support semiconductor manufacturing.
- Ceramics
This is a crushed product (powder) made from high silica and low impurity silica sand produced at our own mines in Australia.
- Fine Ceramics
A thin film integrated circuit pattern will be formed on a ceramic substrate.
- High frequency/microwave parts
- Fine Ceramics
- Circuit board design and manufacturing
We exhibited electronic ceramics at the next-generation mobile communications exhibition.
Thank you to everyone who visited us. We will be exhibiting electronic ceramics at the 1st "Next Generation Mobile Communications Exhibition" held at Tokyo Big Sight. At our booth, we plan to showcase examples of ceramics applications in the communication field, focusing on the theme "Beyond 5G - The Power of Materials Connecting the World," featuring thin plates and films that achieve "space-saving" and "fine pattern formation." Please stop by our booth and find useful information for RF circuit design, heat dissipation design, and space-saving design. 【Event Overview】 Location: Tokyo Big Sight, West Hall 2, Booth No. W5-40 Date: April 8 (Wednesday) to April 10 (Friday), 2015, 10:00 AM to 6:00 PM Last day ends at 5:00 PM Invitation tickets can be obtained from the Next Generation Mobile Exhibition website.
Light as aluminum, strong as steel! Comprehensive catalog of composite materials "MMC" now available.
- Other metal materials
- Ceramics
- Fine Ceramics
This is a non-porous spherical silica made from high-purity, low-impurity silica sand sourced from our own mine in Australia (Albany silica sand).
- Fine Ceramics
- Glass
Intermediate performance between polycrystalline and single crystal diamonds. Contributes to high precision in polishing.
- Ceramics
Ideal for thin film circuit formation! JFC's unique alumina substrate with high strength, high purity, and excellent planar smoothness.
- High frequency/microwave parts
- Fine Ceramics
Diamond, with hardness following cubic boron nitride, is suitable for polishing materials and refractory oxidation prevention materials!
- Ceramics
Enable usage in environments up to 1600°C
- Ceramics
Thank you for visiting the 5th Sustainable Material Exhibition during High-Performance Material Week.
Our company exhibited at the 5th Sustainable Material Exhibition during the High-Performance Material Week held from November 12 (Wednesday) to 14 (Friday), 2025. We showcased products that create new business value, primarily featuring the cellulose fiber high-content resin "Green Chip CMF," along with non-combustible and insulating sheets, and products using natural raw materials from our group company, NichiRica. We sincerely thank everyone who visited our booth. Through the display of molded products, "Green Chip CMF" effectively communicated its design and functionality, receiving positive feedback. Additionally, we received specific inquiries regarding thickness adjustments and fire resistance/insulation performance for the non-combustible and insulating sheets, along with numerous requests for sample provision. Furthermore, we exhibited existing NichiRica products along with two new development items. The development items were very well received, and we feel that the possibilities for new applications have expanded. In addition to the exhibited products, we will continue to respond to various needs by utilizing our formulation development technology, evaluation technology, and processing technology while co-creating with our customers.