ユタカ産業 List of Products and Services

We are a manufacturer specializing in the processing of resin, ceramics, and insulation materials. We receive drawings from our customers, procure materials either in-house or supplied by the customers, and use machining centers, NC lathes, and other machine tools to process various resins, ceramics, and insulation materials, producing components for the manufacturing industry, including machine parts and electrical insulation parts. *For more details, please download the PDF or feel free to contact us.

• Ceramics
• plastic
• Processing Contract

We handle the following types of rigid and flexible insulation materials: - Heat resistance temperature: 100℃ to 1800℃ - Main raw materials: glass fiber, cement, mica, calcium silicate, ceramic fiber, etc. - We offer a variety of products, from those with high strength that can be used as structural materials to those with lower strength but superior insulation performance compared to still air. - If you provide us with information on necessary properties such as heat resistance temperature, usage environment, and application, we will select the appropriate materials and provide documentation and samples. - If you send us drawings, we can use machining centers and NC lathes to perform processing such as cutting, drilling, notching, and thickness grinding, and deliver the finished products (orders for materials only are also welcome). - We can accommodate order quantities ranging from 1 to 50,000 pieces. - Our products do not contain asbestos and serve as an alternative to asbestos.

• Composite Materials
• Plastic Mould
• Food Processing Equipment

We accept the design, production, and processing of insulation and heat-resistant materials starting from just one piece. If you provide us with information such as the heat resistance temperature and intended use, we will select the appropriate material and send you samples and documentation that match your needs. 【Overview】 ■ Processing various insulation and heat-resistant materials with heat resistance temperatures ranging from 100 to 1800 degrees ■ Capable of producing quantities from 1 to 50,000 pieces ■ If you provide us with drawings, we will process them and deliver the finished products 【Do you have any of these concerns?】 ◎ I'm not sure if the insulation board I'm currently using is really suitable... ◎ I only need one special insulation board... ◎ I'm having trouble because there are no companies nearby that I can ask for help... Yutaka Industry will solve your problems! 【If you would like a sample, please download the catalog or contact us】 　　　　　↓　↓　↓　　　　　　　　　　　　　↓　↓　↓

• Composite Materials
• Fine Ceramics
• Other machine elements

"Do you have any of these problems?" 1. We are using a heater for a new product under development, but we need to insulate it to prevent damage to the electronic components installed near the heater. What kind of insulation material should we use? 2. The insulation board for the heating press in our factory is deteriorating and needs to be replaced, but we want to use something that is less prone to cracking and has better insulation properties than what we are currently using. Yutaka Industries can help solve these issues. Please feel free to contact us by phone or email. If you provide us with information about your application and usage conditions, we will select suitable insulation and heat-resistant materials and send you materials or samples. Additionally, if you provide us with drawings, we can prepare a quote for you.

• Composite Materials
• Other machine elements

Do you have any of these concerns? 1. I have never used insulation boards before, but I need to use them this time. What kind of insulation board should I use? 2. I want to use something that is less likely to crack than the insulation board I am currently using. 3. I want to use something that has better insulation performance than the insulation board I am currently using. Yutaka Sangyo will solve your problems. Please feel free to consult us by phone or email. If you let us know your application and usage conditions, we will select the most suitable insulation board and send you materials and samples. Additionally, if you provide us with drawings, we can prepare a quote.

• Plastic Mould
• Injection Molding Machine
• Composite Materials

Do you have any of these concerns? 1. I have never used insulation boards before, but I need to use them this time. What kind of insulation board should I use? 2. I want to use something that is less likely to crack than the insulation board I am currently using. 3. I want to use something that has better insulation performance than the insulation board I am currently using. Yutaka Sangyo will solve your problems. Please feel free to consult us by phone or email. If you let us know your application and usage conditions, we will select the optimal insulation board and send you materials and samples. Additionally, if you provide us with drawings, we can give you a quote.

• Injection Molding Machine
• Rubber Processing Machine
• Composite Materials

There are various types of thermal insulation and heat-resistant materials. The main applications are as follows: - For the manufacturing industry (industrial use for machines, equipment, facilities, etc.) - For the construction industry (building use for houses, buildings, factories, etc.) Our company processes various thermal insulation and heat-resistant materials, primarily manufacturing components and materials for the manufacturing industry, such as insulation boards for molds and molding machines for resins, rubber, and die casting, insulation materials for heaters and electric furnaces, and insulation boxes for sensor protection. Additionally, the materials can be classified into the following two categories: - Rigid insulation materials (hard materials like stone or plastic) While they have slightly inferior insulation properties, they are used as structural insulation materials in areas that require strength due to their durability. - Flexible insulation materials (soft materials like cotton or sponge) Although they lack strength, they excel in insulation properties and are used in areas that do not require strength.

• Composite Materials

When manufacturing products with molds that require heating of raw materials or the molds themselves, insulation plates may be installed on the following types of molds: - Plastic molding molds - Semiconductor resin encapsulation molds - FRP molding molds - Rubber molding molds - Die-casting molds - Hot forging molds

• Composite Materials
• Plastic Mould
• Rubber mold

When manufacturing products with molding machines or heat presses, it is common to install insulation boards on the following molding machines or heat presses that heat raw materials and molds: - Plastic injection molding machine - Semiconductor resin molding machine - FRP molding machine - Rubber molding machine - Tire vulcanizing machine - Die casting machine - Hot forging press

• Composite Materials
• Injection Molding Machine
• Rubber Processing Machine

We handle the following types of rigid and flexible insulation materials. Heat resistance temperature: 100°C to 1800°C Main raw materials: fiberglass, cement, mica, calcium silicate, ceramic fiber, etc. We offer a variety of products, from those that can be used as structural materials with high strength to those with lower strength but superior insulation performance compared to still air. If you provide us with necessary characteristics such as heat resistance temperature, usage environment, and application, we will select the appropriate material and provide you with documents and samples. If you send us drawings, we can process the materials using machining centers and NC lathes for cutting, drilling, notching, thickness grinding, etc., and deliver the finished products (orders for materials only are also welcome). We can accommodate order quantities ranging from one piece to 50,000 pieces. Our products do not contain asbestos as a substitute for asbestos.

• Processing Contract
• Composite Materials
• Plastic Mould

<Efficacy> 1. The temperature distribution of the mold becomes uniform, improving the dimensional accuracy, appearance, and overall quality of the product. 2. The waiting time for the mold temperature to rise is shortened, increasing the operational efficiency. 3. Reduced heat conduction to the molding machine results in less distortion of the machine, enhancing its durability. 4. Decreasing heat dissipation from the mold mounting plate contributes to energy savings. 5. Effective in improving the working environment, such as heat countermeasures, and preventing burns. 6. Prevents rust on the mold mounting plate.

• Rubber mold
• Plastic Mould
• Injection Molding Machine

<Efficacy> By sandwiching the insulation board between the mold and the die-casting machine, the following effects are achieved: 1. The heat from the mold is not absorbed by the machine, stabilizing the mold temperature and improving the flow of molten metal. This is particularly effective for the following types of products: - Thin-walled products - Precision products - Multiple cavities 2. The heating of the mold becomes faster, resulting in fewer waste shots. 3. By attaching it to the machine's die plate, it protects the die plate.

• Other molds
• Casting Machine
• Composite Materials

By installing insulation on the inside of the flange bush of the die-casting machine and the outside of the sleeve, it allows for injection into the mold without lowering the temperature of the molten metal, improving the entrapment of solidified pieces within the sleeve and reducing the broken chill layer.

• Composite Materials
• Other molds
• Casting Machine

This insulation board has a heat resistance temperature of 200 degrees, a compressive strength of 300 MPa, and a thermal conductivity of 0.13 W/m·k. It offers both strength and a lower thermal conductivity compared to typical insulation boards, making it excellent for insulation performance. Examples of use: Insulation boards for resin and rubber molds, insulation boards for resin and rubber molding machines. Material (standard dimensions): Thickness: 3, 5, 10, 15, 20 mm Dimensions: 1200 × 1200 mm

• Composite Materials
• Plastic Mould
• Rubber mold

Miolex PMX-573 is a rigid insulation board made by layering fiberglass sheets and solidifying them with an inorganic binder. It has high strength and can be used as a structural material. Additionally, it does not contain asbestos. Our company processes this Miolex PMX-573 using machining centers, NC lathes, and other machine tools to manufacture industrial components such as insulation boards for resin, rubber, die-casting molds, and molding machines, as well as insulation materials for heaters and electric furnaces.

• Plastic Mould
• Injection Molding Machine
• Rubber Processing Machine

Miolex PMX-561 is a rigid insulation board made by laminating sheets of glass fiber and solidifying them with an inorganic binder. It has high strength and can be used as a structural material. Additionally, it does not contain asbestos. Our company processes this Miolex PMX-561 using machining centers, NC lathes, and other machine tools to manufacture industrial components such as insulation boards for resin, rubber, die-casting molds, and molding machines, as well as insulation materials for heaters and electric furnaces.

• Plastic Mould
• Injection Molding Machine
• Rubber Processing Machine

Miolex PGX-595 is a rigid insulation board made by layering fiberglass sheets and solidifying them with an inorganic binder. It has high strength and can be used as a structural material. Additionally, it does not contain asbestos. Our company processes this Miolex PGX-595 using machining centers, NC lathes, and other machine tools to manufacture industrial parts, primarily insulation boards for resin, rubber, die-casting molds, and molding machines, as well as insulation materials for heaters and electric furnaces.

• Plastic Mould
• Injection Molding Machine
• Rubber Processing Machine

<Features> - It has a proven track record as the hearth and side wall of bakery ovens. - The heat-retaining Miorex bakes bread deliciously with moderate far-infrared radiation. - It is a highly safe material that does not use asbestos. - It is a certified product that meets the standards for ceramic utensils under the Food Sanitation Act (Registration No. K-090319-2). <Material Dimensions> - Thickness: 4–25mm (6, 10, and 12mm are common) - Dimensions: 950×1250mm

• Ceramics

PGE-6771 is a rigid insulation board made by laminating sheets of fiberglass and solidifying them with a high-temperature adhesive. It has high strength and can be used as a structural material. Additionally, it does not contain asbestos. Our company processes this PGE-6771 using machining centers, NC lathes, and other machine tools to manufacture industrial parts, primarily insulation boards for resin, rubber, die-casting molds, and molding machines, as well as insulation materials for heaters and electric furnaces.

• Plastic Mould
• Injection Molding Machine
• Rubber Processing Machine

Rosnaboard is a rigid insulation board made by laminating sheets of fiberglass and solidifying them with an inorganic binder. It has high strength and can be used as a structural material. Additionally, it does not contain asbestos. Our company processes this Rosnaboard using machining centers, NC lathes, and other machine tools to manufacture industrial components, primarily insulation boards for resin, rubber, die-casting molds, and molding machines, as well as insulation materials for heaters and electric furnaces.

• Plastic Mould
• Injection Molding Machine
• Rubber Processing Machine

Bess thermo is a rigid insulation board made by laminating sheets of glass fiber and solidifying them with an inorganic binder or resin. It has high strength and can be used as a structural material. Additionally, it does not contain asbestos. Our company processes this Bess thermo using machining centers, NC lathes, and other machine tools to manufacture industrial parts such as insulation boards for resin, rubber, die-casting molds, and molding machines, as well as insulation materials for heaters and electric furnaces. There are four types of Bess thermo: Bess thermo F, Bess thermo S, Bess thermo H, and Bess thermo U.

• Plastic Mould
• Injection Molding Machine
• Rubber Processing Machine

DANMA 550L and DANMA 700L are materials that accumulate flake-like micro mica pieces and are integrated with silicone adhesive, possessing heat resistance, thermal insulation, and electrical insulation properties. <Features> 1. Excellent heat resistance (550L: 550°C, 700L: 700°C). 2. Due to the lamination effect of mica flakes, the bending strength and compressive strength are several times stronger than general insulation materials, allowing for use as structural materials. 3. Superior electrical insulation, arc resistance, corona resistance, tracking resistance, and dielectric strength. 4. Machining such as cutting, milling, grinding, and drilling is possible. <Applications> 1. Insulation material for electric furnaces, induction heating furnaces, and arc furnaces. 2. Insulation material for dryers and incinerators. 3. Insulation material for injection machines (injection molding machines) and rubber vulcanizing machines. 4. Insulation material for heat presses. 5. Electrical insulation material for high temperatures. <Material Dimensions> Thickness: 0.2 to 30 mm Size: 500 x 1000 mm sheets and boards Material Manufacturer: Okabe Mica Industry Co., Ltd.

• Composite Materials
• Other machine elements
• Other processing machines

Features 1. An alternative to asbestos cement boards that does not contain asbestos. 2. It is low-priced among rigid insulation boards. Applications 1. Insulation boards for rubber molding hot presses. 2. Insulation boards for resin molding hot presses. 3. Insulation boards for resin molding molds. 4. Insulation materials for electric furnaces and induction heating furnaces. Material Dimensions Thickness: 5 to 75mm Size: 900×1200mm sheets.

• Composite Materials
• Rubber mold
• Rubber Processing Machine

LumiBoard is a heat-resistant and insulating material primarily made from calcium silicate. It has non-wetting properties against molten aluminum and excellent release characteristics, making it ideal as insulation for aluminum holding furnaces that come into direct contact with molten aluminum alloys. Features: 1. It has non-wetting properties against molten aluminum and excellent release characteristics. 2. It has excellent thermal insulation properties. 3. Heat resistance temperature of 1000 degrees (depending on usage conditions). 4. It does not contain asbestos. Applications: 1. Components that come into direct contact with molten aluminum alloys, such as in aluminum casting and aluminum die casting. Specific examples include: (1) Chutes, spouts, floats, and header materials for hot top rings that come into direct contact with molten aluminum alloys. (2) Insulation materials for holding furnaces used in aluminum casting and aluminum die casting. 2. Insulation materials for high-temperature applications. Material Dimensions: Thickness: 12.7 to 101.6 mm Dimensions: 1260 x 1270 mm, 1260 x 2550 mm sheets.

• Composite Materials
• Casting Machine
• Other processing machines

<Features> 1. The thermal conductivity is 0.021 W/m·K, which is lower than that of still air, providing several times the insulation effect compared to common insulation materials such as ceramic fiber and calcium silicate. This allows for a reduction in the thickness of the insulation material compared to conventional insulation, enabling the miniaturization of devices. 2. The temperature dependence is extremely low, and even with an increase in operating temperature, there is little change in thermal conductivity, resulting in minimal variation in insulation effectiveness. 3. Composed of ultra-fine fumed silica and materials that do not transmit infrared radiation, it also features a fine micro-pore structure that restricts the movement of air molecules. Unlike traditional insulation materials that merely trap air, it controls the transfer of heat through "solid conduction," "air molecule movement," and "infrared transmission," achieving a thermal conductivity that surpasses still air at 0.021 W/m·K. 4. It is a soft and fragile material, making it difficult to use as a structural material; however, it does not deform unless subjected to external pressure.

• Composite Materials

Features - Minimal warping at high temperatures allows for uniform soldering to the substrate. - Prevents damage to mounted components due to static electricity measures. - Shortens the soldering process for double-sided mounting, preventing human errors from masking with heat-resistant tape or hand soldering. - Masking work can be omitted. - By keeping the rail width of the mounting device constant, it eliminates the hassle of changing the rail width for each substrate. - Excellent heat resistance and compatible with lead-free solder. - Lightweight compared to aluminum and titanium, reducing the burden on workers and improving work efficiency. - If you provide the drawings or data for the pallet, the drawings or data for the printed circuit board, Gerber data, or the actual printed circuit board, we will design and manufacture the pallet. - The material is a composite of glass fiber and resin.

• Composite Materials
• Processing Jig

Our company manufactures various insulation boards for resin, rubber, and die-cast molds, supplying them to mold manufacturers, molding machine manufacturers, resin molding manufacturers, rubber molding manufacturers, and die-casting manufacturers. The main features are as follows: 1. We handle a wide range of insulation boards, from low-cost products to high-strength and high-heat-resistant materials, including Miolex, PGE-6771, Rosna Board, Bess Thermo, Hemi-Sal, and Bake, regardless of material type. 2. We keep materials in stock and mainly process them in-house, allowing for short delivery times. 3. We source materials directly from manufacturers (some through agents) and mainly process them in-house, resulting in low prices. 4. We can also perform grinding processing with a thickness parallelism of ±0.01. 5. We understand the characteristics of various insulation boards and can select the optimal material according to requirements.

• Composite Materials
• Resin mold
• Injection Molding Machine

Our company manufactures various insulation boards for resin molding machines, rubber molding machines, and die-casting machines, supplying them to molding machine manufacturers, mold manufacturers, resin molding manufacturers, rubber molding manufacturers, and die-casting manufacturers. The main features are as follows: 1. We handle a wide range of insulation boards, from low-cost products to high-strength and high-heat-resistant materials, including Miolex, PGE-6771, Rosna Board, Bess Thermo, Hemisarl, and Bakelite. 2. We keep materials in stock and mainly process them in-house, allowing for short lead times. 3. We source materials directly from manufacturers (some through agents) and mainly process them in-house, resulting in low prices. 4. We can also perform grinding processing with a thickness parallelism of ±0.01. 5. We have a thorough understanding of the properties of various insulation boards, enabling us to select suitable materials according to requirements.

• Composite Materials
• Resin mold
• Injection Molding Machine

Our company manufactures various insulation boards for resin, rubber, and die-cast molds, supplying them to mold manufacturers, molding machine manufacturers, resin molding manufacturers, rubber molding manufacturers, and die-cast manufacturers. The main features are as follows: 1. We handle a wide range of insulation boards, from low-cost products to high-strength and high-heat-resistant materials, including Miolex, PGE-6771, Rosna Board, Bess Thermo, Hemisarl, and Bake, regardless of material type. 2. We maintain a stock of materials and primarily process them in-house, allowing for short delivery times. 3. We procure materials directly from manufacturers (some through agents) and mainly process them in-house, resulting in low prices. 4. We can also perform grinding processing with a thickness parallelism of ±0.01. 5. We understand the characteristics of various insulation boards and can select the optimal material according to requirements.

• Composite Materials
• Plastic Mould
• Rubber mold

Our company manufactures various insulation boards for resin, rubber, and die-cast molds, supplying them to mold manufacturers, molding machine manufacturers, resin molding manufacturers, rubber molding manufacturers, and die-cast manufacturers. The main features are as follows: 1. We handle a wide range of insulation boards, from low-cost products to high-strength and high-heat-resistant materials, including Miolex, PGE-6771, Rosna Board, Bess Thermo, Hemisarl, and Bake, regardless of material type. 2. We keep a stock of materials and mainly process them in-house, allowing for short delivery times. 3. We source materials directly from manufacturers (some through agents) and mainly process them in-house, resulting in low prices. 4. We can also perform grinding processing with a thickness parallelism of ±0.01. 5. We understand the characteristics of various insulation boards and can select the optimal material according to requirements.

• Composite Materials
• Plastic Mould
• Rubber mold

Our company manufactures various insulation boards for resin, rubber, and die-cast molds, supplying them to mold manufacturers, molding machine manufacturers, resin molding manufacturers, rubber molding manufacturers, and die-cast manufacturers. The main features are as follows: 1. We handle a wide range of insulation boards, from low-cost products to high-strength and high-heat-resistant materials, including Miolex, PGE-6771, Rosna Board, Bess Thermo, Hemisarl, and Bake, regardless of the material. 2. We maintain a stock of materials and primarily process them in-house, allowing for short delivery times. 3. We procure materials directly from manufacturers (some through agents) and primarily process them in-house, resulting in low prices. 4. We can also perform grinding processing with a thickness parallelism of ±0.01. 5. We understand the characteristics of various insulation boards and can select the optimal material according to requirements.

• Composite Materials
• Plastic Mould
• Rubber mold

Our company manufactures various insulation boards for resin, rubber, and die-cast molds, supplying them to mold manufacturers, molding machine manufacturers, resin molding manufacturers, rubber molding manufacturers, and die-cast manufacturers. The main features are as follows: 1. We handle a wide range of insulation boards, from low-cost products to high-strength and high-heat-resistant materials, including Miolex, PGE-6771, Rosna Board, Bess Thermo, Hemi-Sal, and Bake, regardless of material type. 2. We keep materials in stock and mainly process them in-house, allowing for short delivery times. 3. We source materials directly from manufacturers (some through agents) and mainly process them in-house, resulting in low prices. 4. We can also perform grinding processing with a thickness parallelism of ±0.01. 5. We understand the characteristics of various insulation boards and can select the optimal material according to requirements.

• Composite Materials
• Plastic Mould
• Rubber mold

Our company specializes in the sale of ceramic processed products and the processing of ceramic materials supplied by customers (processing is generally outsourced). Based on the drawings provided by customers, we handle material selection, procurement, machining, and firing to manufacture parts and components for various customers in the manufacturing industry, focusing on heat resistance, wear resistance, corrosion resistance, and electrical insulation. We also offer processing of ceramic materials supplied by customers. The features are as follows: - We handle a wide range of ceramics, allowing us to supply most materials. - Using various machines such as machining centers, NC lathes, and polishing machines, we can produce most shapes. - We can accommodate a variety of production quantities, from one piece to ten thousand pieces. - We have a thorough understanding of the properties of various ceramics, enabling optimal material selection according to requirements. Fine ceramics possess different characteristics, including: - Excellent heat resistance - Excellent wear resistance - Excellent chemical resistance - Excellent electrical insulation - Excellent thermal conductivity Therefore, it is important to select materials based on the required properties. If you provide us with information regarding necessary properties such as heat resistance temperature, usage environment, and application, we will select the appropriate materials and provide relevant documentation.

• Fine Ceramics
• Other machine elements

Do you have any of these concerns? 1. We need electrical insulation at a temperature of 500 degrees for a new product under development. We want to use ceramics that excel in heat resistance and electrical insulation, but which type of ceramic should we use? 2. The parts on our factory production line are wearing out quickly, and we need to replace them frequently. We want to make parts from materials that excel in wear resistance, but is ceramic suitable for this? Yutaka Industries can help. Please feel free to contact us by phone or email. If you let us know your application and usage conditions, we will select the optimal fine ceramics and send you relevant materials. Additionally, if you provide us with drawings, we can prepare a quotation.

• Fine Ceramics
• Other machine elements
• Other semiconductor manufacturing equipment

Fine ceramics are classified into two types: engineering ceramics and machinable ceramics. Engineering ceramics are processed by cutting and then sintered, and after sintering, they can only be subjected to grinding and polishing, which gives them excellent wear resistance. Machinable ceramics, on the other hand, are not sintered after cutting, allowing them to be machined multiple times like general resins and metals. However, they are harder, more brittle, and prone to chipping compared to general resins and metals, making them less machinable and increasing processing time. Fine ceramics possess various characteristics, such as excellent heat resistance, wear resistance, chemical resistance, electrical insulation, and thermal conductivity. Therefore, it is important to select the material based on the required properties.

• Ceramics
• Fine Ceramics
• Other machine elements

Engineering ceramics are processed by cutting and then sintered, after which they can only be ground and polished, resulting in excellent wear resistance. Our company sells ceramic processed products and processes ceramic materials supplied by customers (processing is generally outsourced). Based on the drawings provided by customers, we handle material selection, material procurement, machining, and sintering, supplying parts and components for various manufacturing customers aimed at heat resistance, wear resistance, corrosion resistance, and electrical insulation. We can also process ceramic materials supplied by customers. The features are as follows: - We handle a wide range of ceramics, allowing us to supply most materials. - Using various machines such as machining centers, NC lathes, and polishing machines, we can produce most shapes. - We can accommodate a wide range of production quantities, from one piece to ten thousand pieces. - We understand the properties of various ceramics and can select the optimal materials according to requirements.

• Fine Ceramics
• Other machine elements

Machinable ceramics can be machined multiple times like general resins and metals, as they are not fired after cutting. However, they are harder and more brittle compared to general resins and metals, making them more prone to chipping, which results in poorer machinability and longer processing times. Our company sells ceramic processed products and processes ceramic materials supplied by customers (processing is generally outsourced). Based on the drawings provided by customers, we handle material selection, material procurement, machining, and firing, supplying parts and components for heat resistance, wear resistance, corrosion resistance, electrical insulation, and more to customers across various industries. We can also process ceramic materials supplied by customers. The features are as follows: - We handle a wide range of ceramics, allowing us to supply most materials. - Using various machines such as machining centers, NC lathes, and grinders, we can produce most shapes. - We can accommodate a wide range of production quantities, from one piece to ten thousand pieces. - We understand the characteristics of various ceramics and can select the optimal materials according to requirements.

• Fine Ceramics
• Other machine elements

Our company specializes in the sale of ceramic processed products and the processing of ceramic materials supplied by customers (processing is generally outsourced). Based on the drawings provided by customers, we handle material selection, procurement, machining, and firing, supplying parts and materials for heat resistance, wear resistance, corrosion resistance, electrical insulation, and more to customers across various industries. We also offer processing of ceramic materials supplied by customers. The features are as follows: - We handle a wide range of ceramics, allowing us to supply most materials. - Using various machines such as machining centers, NC lathes, and polishing machines, we can produce most shapes. - We can accommodate production quantities ranging from one piece to ten thousand pieces. - We understand the properties of various ceramics and can select the optimal materials according to requirements. Fine ceramics include: - Those with excellent heat resistance - Those with excellent wear resistance - Those with excellent chemical resistance - Those with excellent electrical insulation - Those with excellent thermal conductivity Each has different properties, so it is important to select materials based on the required characteristics. If you provide us with information such as necessary properties like heat resistance temperature, usage environment, and application, we will select the materials and provide relevant documentation.

• Fine Ceramics
• Other machine elements

Our company specializes in the sale of ceramic processed products and the processing of ceramic materials supplied by customers (processing is generally outsourced). Based on the drawings provided by customers, we handle material selection, material procurement, machining, and firing, supplying parts and components for heat resistance, wear resistance, corrosion resistance, electrical insulation, and more to customers across various manufacturing industries. We also offer processing of ceramic materials supplied by customers. Key features are as follows: - We handle a wide range of ceramics, allowing us to supply most materials. - Using various machines such as machining centers, NC lathes, and grinding machines, we can produce most shapes. - We can accommodate production quantities ranging from one piece to ten thousand pieces. - We understand the characteristics of various ceramics and can select the optimal material based on requirements. Fine ceramics have different characteristics, including: - Excellent heat resistance - Excellent wear resistance - Excellent chemical resistance - Excellent electrical insulation - Excellent thermal conductivity It is important to select materials according to the necessary characteristics. If you provide us with information such as required properties like heat resistance temperature, usage environment, and application, we will select the appropriate materials and provide relevant documentation.

• Fine Ceramics
• Other machine elements

Our company specializes in the sale of ceramic processed products and the processing of ceramic materials supplied by customers (processing is generally outsourced). Based on the drawings provided by customers, we handle material selection, procurement, machining, and firing, supplying parts and components for heat resistance, wear resistance, corrosion resistance, electrical insulation, and more to customers across various manufacturing industries. We also offer processing of ceramic materials supplied by customers. Key features are as follows: - We handle a wide range of ceramics, allowing us to supply most materials. - With various machines such as machining centers, NC lathes, and polishing machines, we can produce most shapes. - We can accommodate production quantities ranging from one piece to ten thousand pieces. - We understand the characteristics of various ceramics and can select the optimal material based on requirements. Fine ceramics include: - Those with excellent heat resistance - Those with excellent wear resistance - Those with excellent chemical resistance - Those with excellent electrical insulation - Those with excellent thermal conductivity Each has different characteristics, so it is important to select materials according to the necessary properties. If you provide us with information such as required properties like heat resistance temperature, usage environment, and application, we will select the material and provide relevant documentation.

• Fine Ceramics
• Other machine elements

Our company specializes in the sale of ceramic processed products and the processing of ceramic materials supplied by customers (processing is generally outsourced). Based on the drawings provided by customers, we handle material selection, material procurement, machining, and firing, supplying parts and components for heat resistance, wear resistance, corrosion resistance, electrical insulation, and more to customers across various manufacturing industries. We can also process ceramic materials supplied by customers. The features are as follows: - We handle a wide range of ceramics, allowing us to supply most materials. - Using various machines such as machining centers, NC lathes, and polishing machines, we can produce most shapes. - We can accommodate a variety of production quantities, from one piece to ten thousand pieces. - We understand the characteristics of various ceramics and can select the optimal materials according to requirements. Fine ceramics include: - Those with excellent heat resistance - Those with excellent wear resistance - Those with excellent chemical resistance - Those with excellent electrical insulation - Those with excellent thermal conductivity Each type has different characteristics, so it is important to select materials based on the required properties. If you provide us with information such as necessary properties like heat resistance temperature, usage environment, and application, we will select the materials and provide relevant documentation.

• Fine Ceramics
• Other machine elements

Our company specializes in the sale of ceramic processed products and the processing of ceramic materials supplied by customers (processing is generally outsourced). Based on the drawings provided by customers, we handle material selection, material procurement, machining, and firing, supplying parts and materials for heat resistance, wear resistance, corrosion resistance, electrical insulation, and more to customers across various manufacturing industries. We also offer processing of ceramic materials supplied by customers. The features are as follows: - We handle a wide range of ceramics, allowing us to supply most materials. - Using various machines such as machining centers, NC lathes, and polishing machines, we can manufacture most shapes. - We can accommodate production quantities ranging from one piece to ten thousand pieces. - We understand the characteristics of various ceramics and can select the optimal materials according to requirements. Fine ceramics have different characteristics, including: - Excellent heat resistance - Excellent wear resistance - Excellent chemical resistance - Excellent electrical insulation - Excellent thermal conductivity Therefore, it is important to select materials based on the necessary characteristics. If you provide us with information such as required properties like heat resistance temperature, usage environment, and application, we will select the materials and provide relevant documentation.

• Fine Ceramics
• Other machine elements

Our company specializes in the machining of FRP (Fiber Reinforced Plastic), which is generally considered a difficult-to-cut material. FRP is a composite material that is lightweight and highly durable, widely used in various fields such as residential equipment, automotive interiors and exteriors, and medical devices. There are many types of FRP, including GFRP (Glass Fiber Reinforced Plastic) and CFRP (Carbon Fiber Reinforced Plastic), and we also select materials suitable for specific applications. 【Our Features】 ■ Capable of processing FRP, GFRP, and CFRP to manufacture mechanical parts and more ■ Selecting materials and manufacturing methods suitable for applications based on extensive know-how ■ Accommodating various order quantities from 1 to 50,000 pieces *For more details, please refer to the materials or feel free to contact us.

• Composite Materials
• Other machine elements

High-strength FRP laminated boards are sheet-like laminates made by layering sheets impregnated with epoxy resin and glass fibers, then heating and pressurizing them. They are thermosetting resins that excel in strength and electrical insulation. In addition to electrical insulation components and mechanical parts, they are also used as structural components to replace metals, leveraging the characteristics of high-strength FRP.

• Other machine elements
• plastic
• Other electronic parts

TC boards are relatively inexpensive materials among resins and are used in electrical insulation components and mechanical parts. Material manufacturer: Kyocera Corporation

• Other machine elements
• plastic
• Other electronic parts