Fine Ceramics - Company Ranking(30 companyies in total)

Last Updated：Sep 10, 2025 Aggregation Period:Aug 13, 2025〜Sep 09, 2025
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Company Name	Company information	Featured Products
Company Name	Company information	Product Image, Product Name, Price Range	overview	Application/Performance example
ユタカ産業本社・工場	Address Hyogo/ number of employees 14 Business Activities Our company is a manufacturer specializing in the processing of resins, ceramics, and insulation materials. We receive drawings from customers, purchase materials in-house or receive them from customers, and use machining centers, NC lathes, and other machine tools to process various resins, ceramics, and insulation materials, manufacturing components for the manufacturing industry, such as machine parts and electrical insulation parts. The main features are as follows: 1. We handle a wide range of resins, ceramics, and insulation materials, but we particularly excel in processing materials that are difficult to work with, such as: (1) Composite materials of resin with glass fibers or carbon fibers (FRP, GFRP, CFRP) (2) Insulation and heat-resistant materials (rigid insulation boards primarily made from glass fibers, cement, mica, etc.) (3) Ceramics (4) Carbon 2. Since we handle a wide range of resins, ceramics, and insulation materials, we can supply almost all materials. 3. With various machines such as machining centers, NC lathes, grinders, and gear cutting machines, we can produce most shapes. 4. We can accommodate various production quantities, from one piece to 50,000 pieces. 5. We keep a stock of materials, allowing for short lead times. 6. We have a good understanding of the properties of various resins, ceramics, and insulation materials, enabling us to select the optimal material according to requirements. 7. We can ship nationwide. Key Partners 400 to 500 companies There are no parent companies or major customers with a high sales ratio. The industry encompasses manufacturing in general, including electronics, automotive, machinery, and materials. The trading regions are dispersed nationwide, from Hokkaido to Kyushu.	Fine ceramics silicon nitride (Si3N4) processing Other	Fine ceramics are classified into two types: - Engineering ceramics - Machinable ceramics. Engineering ceramics are processed by cutting and then sintered, and after sintering, they can only be ground or polished, offering excellent wear resistance. Machinable ceramics, on the other hand, are not sintered after cutting, allowing them to be machined multiple times like general resins or metals. However, they are harder and more brittle compared to general resins or metals, making them less machinable and resulting in longer processing times. Examples of engineering ceramics include: - Alumina (Al2O3) - Silicon nitride (Si3N4) - Zirconia (ZrO2) - Silicon carbide (SiC) - Aluminum nitride (AlN, engineering type) - Mullite - Cordierite - Steatite - Porous ceramics Examples of machinable ceramics include: - Hotver - Maselite - Macor - Shapal M Soft (aluminum nitride, machinable type) - Boron nitride (BN, boron nitride) - MicaLex MM400 (MicaLex M-31)	Fine ceramics are used as components in various manufacturing industries, including machine parts and electrical insulation parts. Specific examples of their use include the following: - Semiconductor manufacturing equipment parts - LCD manufacturing equipment parts - Vacuum equipment parts - Medical machine parts - Welding jigs - Bearings
ユタカ産業本社・工場		Fine ceramics zirconia (ZrO2) processing Other	Fine ceramics are classified into two types: - Engineering ceramics - Machinable ceramics Engineering ceramics are processed by cutting the material and then firing it. After firing, they can only be ground or polished, and they excel in wear resistance. Machinable ceramics, on the other hand, are not fired after cutting the material, allowing them to be machined multiple times like general resins or metals. However, they are harder and more brittle than general resins or metals, making them difficult to process and resulting in longer processing times. Examples of engineering ceramics include: - Alumina (Al2O3) - Silicon nitride (Si3N4) - Zirconia (ZrO2) - Silicon carbide (SiC) - Aluminum nitride (AlN, engineering type) - Mullite - Cordierite - Steatite - Porous ceramics Examples of machinable ceramics include: - Hotver - Maselite - Macor - Shapal M Soft (aluminum nitride, machinable type) - Boron nitride (BN, boron nitride) - MicaLex MM400 (MicaLex M-31)	Fine ceramics are used as components in various manufacturing industries, such as mechanical parts and electrical insulation parts. Specific examples of their use include the following: - Semiconductor manufacturing equipment parts - LCD manufacturing equipment parts - Vacuum equipment parts - Medical machine parts - Welding jigs - Bearings
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ユタカ産業本社・工場

Address

Hyogo/

number of employees

14

Business Activities

Our company is a manufacturer specializing in the processing of resins, ceramics, and insulation materials. We receive drawings from customers, purchase materials in-house or receive them from customers, and use machining centers, NC lathes, and other machine tools to process various resins, ceramics, and insulation materials, manufacturing components for the manufacturing industry, such as machine parts and electrical insulation parts. The main features are as follows: 1. We handle a wide range of resins, ceramics, and insulation materials, but we particularly excel in processing materials that are difficult to work with, such as: (1) Composite materials of resin with glass fibers or carbon fibers (FRP, GFRP, CFRP) (2) Insulation and heat-resistant materials (rigid insulation boards primarily made from glass fibers, cement, mica, etc.) (3) Ceramics (4) Carbon 2. Since we handle a wide range of resins, ceramics, and insulation materials, we can supply almost all materials. 3. With various machines such as machining centers, NC lathes, grinders, and gear cutting machines, we can produce most shapes. 4. We can accommodate various production quantities, from one piece to 50,000 pieces. 5. We keep a stock of materials, allowing for short lead times. 6. We have a good understanding of the properties of various resins, ceramics, and insulation materials, enabling us to select the optimal material according to requirements. 7. We can ship nationwide.

Key Partners

400 to 500 companies There are no parent companies or major customers with a high sales ratio. The industry encompasses manufacturing in general, including electronics, automotive, machinery, and materials. The trading regions are dispersed nationwide, from Hokkaido to Kyushu.

Featured Products

Fine ceramics silicon nitride (Si3N4) processing

overview

Fine ceramics are classified into two types: - Engineering ceramics - Machinable ceramics. Engineering ceramics are processed by cutting and then sintered, and after sintering, they can only be ground or polished, offering excellent wear resistance. Machinable ceramics, on the other hand, are not sintered after cutting, allowing them to be machined multiple times like general resins or metals. However, they are harder and more brittle compared to general resins or metals, making them less machinable and resulting in longer processing times. Examples of engineering ceramics include: - Alumina (Al2O3) - Silicon nitride (Si3N4) - Zirconia (ZrO2) - Silicon carbide (SiC) - Aluminum nitride (AlN, engineering type) - Mullite - Cordierite - Steatite - Porous ceramics Examples of machinable ceramics include: - Hotver - Maselite - Macor - Shapal M Soft (aluminum nitride, machinable type) - Boron nitride (BN, boron nitride) - MicaLex MM400 (MicaLex M-31)

Application/Performance example

Fine ceramics are used as components in various manufacturing industries, including machine parts and electrical insulation parts. Specific examples of their use include the following: - Semiconductor manufacturing equipment parts - LCD manufacturing equipment parts - Vacuum equipment parts - Medical machine parts - Welding jigs - Bearings

Fine ceramics zirconia (ZrO2) processing

overview

Fine ceramics are classified into two types: - Engineering ceramics - Machinable ceramics Engineering ceramics are processed by cutting the material and then firing it. After firing, they can only be ground or polished, and they excel in wear resistance. Machinable ceramics, on the other hand, are not fired after cutting the material, allowing them to be machined multiple times like general resins or metals. However, they are harder and more brittle than general resins or metals, making them difficult to process and resulting in longer processing times. Examples of engineering ceramics include: - Alumina (Al2O3) - Silicon nitride (Si3N4) - Zirconia (ZrO2) - Silicon carbide (SiC) - Aluminum nitride (AlN, engineering type) - Mullite - Cordierite - Steatite - Porous ceramics Examples of machinable ceramics include: - Hotver - Maselite - Macor - Shapal M Soft (aluminum nitride, machinable type) - Boron nitride (BN, boron nitride) - MicaLex MM400 (MicaLex M-31)

Application/Performance example

Fine ceramics are used as components in various manufacturing industries, such as mechanical parts and electrical insulation parts. Specific examples of their use include the following: - Semiconductor manufacturing equipment parts - LCD manufacturing equipment parts - Vacuum equipment parts - Medical machine parts - Welding jigs - Bearings
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Fine Ceramics - Company Ranking(30 companyies in total)

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