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31～53 件を表示 ／ 全 53 件
High-temperature heating element for protective atmosphere and reactive gas atmosphere.
Cantal Super RA A disilicide molybdenum heater developed for use at high temperatures above 1250°C in a special atmosphere (especially a nitrogen atmosphere).
Achieves heating up to 1000°C with a 5mm thickness! A compact ceramic heater with excellent heat resistance and electrical insulation properties.
The micro ceramic heater series features products that have high-temperature, high-insulation alumina substrates with high-temperature resistant heating elements printed with high precision and integrated with the lead section. We offer products that can withstand temperatures of 500℃, 600℃, and 1000℃. 【Product Lineup】 - MC0505 - MC1010 - MC2525, among others For more details, please contact us or download the catalog.
Consists of an aluminum nitride substrate with outstanding thermal conductivity among ceramics and a special heating element. Used in the development of semiconductors and electric vehicles (EVs).
Watlow UltraMic® is an aluminum nitride heater that provides optimal performance in the development of semiconductors and electric vehicles (EVs). This heater, with its high thermal conductivity, ability to respond to rapid temperature changes, stable electrical characteristics even at high temperatures, and built-in thermocouple structure for precise temperature control, meets advanced thermal processing needs. 【Features】 - Utilizes a high thermal conductivity aluminum nitride substrate - Supports rapid heating (up to 150°C/sec) and rapid cooling - Excellent electrical characteristics - Built-in thermocouple (Type K) structure For more details, please contact us or download the catalog.
Maximum operating temperature 1100℃! A heater with a small thermal expansion coefficient and excellent thermal shock resistance.
The "MSN-1100" is a silicon nitride heater that incorporates a highly reliable heating element capable of withstanding high temperatures of 1100°C, integrated into a silicon nitride substrate that excels in high temperature, high insulation, and thermal shock resistance. It has a low coefficient of thermal expansion, excellent thermal shock resistance, and outstanding oxidation and chemical resistance. 【Features】 ○ Maximum operating temperature: 1100°C ○ High surface power density (W/cm²) ○ Excellent electrical insulation and dielectric strength For more details, please contact us or download the catalog.
Adopted in development fields such as semiconductors and electric vehicles (EVs)! A ceramic heater that meets various heating applications.
You can choose between (1) "Micro Ceramic Heater," which is compact and suitable for high-temperature heating, and (2) "Small Aluminum Nitride Heater UltraMic(R)," which features rapid startup, depending on your application and required heating characteristics. (1) ■ Micro Ceramic Heater (Compact High-Temperature Type) This is a small heater with a heating element formed on an alumina substrate, available in a series that can handle temperatures up to 500℃, 600℃, and a maximum of 1000℃. Despite its compact size of just 5mm square, it is suitable for use in high-temperature ranges, making it ideal for heating applications in limited spaces. (2) ■ Small Aluminum Nitride Heater UltraMic(R) (Rapid Heating Type) This heater uses a highly heat-conductive aluminum nitride substrate and is available in a series that can handle temperatures of 400℃ and 600℃. It features a fast startup and excellent responsiveness to temperature changes, making it suitable for applications involving rapid temperature fluctuations. For more details, please contact us or download the catalog.
High cost-performance far-infrared ceramic heater
A ceramic heater is an electric heater that directly heats the object. Ceramics Corporation is an Irish heater manufacturer with extensive experience and technical expertise in infrared heating, compliant with CE marking. We offer a variety of standardized products. Custom-made items, including those with sensors, can also be produced, so please contact us. We also have energy-efficient hollow types available.
Molybdenum heater
Molybdenum heaters and reflectors can achieve heating up to 1,600°C in a vacuum or inert gas atmosphere. We accept design, manufacturing, and modifications as needed.
Combustibility testing of resins and fiber materials, and heating evaluation of metals and ceramics!
Customization is also possible to match various testing conditions! The maximum temperature is up to 700°C.
Metal heater for microscope ThermoPlate (ThermoPlate) for imaging, metal perforated type.
It minimizes the influence of ambient temperature and the focus drift caused by thermal expansion during the heating stage. Standard PID control is employed to achieve ideal temperature control, resulting in fast response times and high stability against disturbances.
![[Case Study] Superheated Steam Boiler](https://image.mono.ipros.com/public/product/image/d28/2000488277/IPROS14195171968822668340.png?w=280&h=280)
The temperature distribution inside the furnace is also very good! Here is an example of a superheated steam furnace using an Aqua Steam Heater.
Here is a case study solved by Shin-Net Industrial. We received a request to create a compact furnace for superheated steam using our "Aqua Steam Heater." Since we cannot manufacture the furnace body itself, we started the development of a prototype in collaboration with a furnace body manufacturer. Currently, we have achieved a lineup of batch furnaces and conveyor furnaces. Although it took a considerable amount of time from the initial stage, the temperature distribution inside the furnace is now very good. [Case Study] ■ Request - We want to create a compact furnace for superheated steam using the "Aqua Steam Heater." ■ Solution - Started the development of a prototype in collaboration with a furnace body manufacturer. - The furnace body is heated using the heater. - Superheated steam is supplied efficiently only for the amount needed to process the work. *For more details, please refer to the PDF document or feel free to contact us.
In the newly established laboratory within the company, sample testing and effectiveness verification using superheated steam can be conducted.
We have established a dedicated laboratory where you can test the effects of superheated steam. We have prepared a test device equipped with a superheated steam generator (Aqua Steam Heater). We will conduct tests to confirm the effects of superheated steam with samples provided by customers or in their presence. Based on the test results, we will propose the optimal usage methods and processing equipment. If you would like to try the treatment effects of superheated steam, please feel free to contact us.
Over 110 years of establishment! High technical expertise in ceramics accumulated over the years!
Yamaki Electric Co., Ltd. is a company engaged in the manufacturing and sales of high-voltage distribution equipment insulators (gais) and industrial far-infrared ceramic heaters. We handle products such as "industrial far-infrared ceramic heaters," "distribution equipment insulators" used in half of Japan's electric wires, and "tea ceremony electric furnaces" that prioritize atmosphere and convenience. We are committed to continuously striving to meet our customers' needs and satisfaction. 【Business Activities】 ■ Manufacturing and sales of high-voltage distribution equipment insulators (gais) ■ Manufacturing of industrial far-infrared ceramic heaters ■ Manufacturing of magnetic containers for food ■ Manufacturing of sintered quartz ■ Manufacturing of ceramic washers, sleeves, cartridge heaters, band heaters, etc. *For more details, please contact us or download the catalog.
Contributes to energy conservation! Material resistant to thermal shock!
This product is a far infrared radiation ceramic heater widely used in electronic equipment manufacturing lines, various heating and drying equipment, and resin molding machines. It has a high emissivity (emissivity: 0.95) close to that of a perfect black body, allowing for uniform heating and drying in a short time. Made of ceramic material that is stable against thermal shock, there is no risk of breakage due to rapid heating or cooling. Additionally, it can be used at high temperatures, and there is no decrease in emissivity due to aging. 【Features】 ■ Enables uniform heating and drying in a short time ■ No risk of breakage due to rapid heating or cooling ■ No decrease in emissivity due to aging ■ Radiation efficiency close to that of a perfect black body with no wavelength dependence *For more details, please contact us or download the catalog.
Customizable to meet your needs!! Core-shell type microparticles that can accommodate a variety of applications.
Core-shell type microparticles are microparticles that use different materials for the core (center) and shell (surface), allowing for various properties to be imparted through the combination of the core and shell. Our company handles microparticles manufactured by C&C Materials in South Korea. C&C Materials excels in coating technology, enabling: - Uniform coating - Simultaneous coating of multiple materials.
Customizable to meet your needs!! Core-shell type microparticles that can accommodate a variety of applications.
Core-shell type microparticles are microparticles that use different materials for the core (center) and shell (surface), allowing for the combination of core and shell to impart various properties. Our company handles microparticles manufactured by C&C Materials in South Korea. The Metal on Metal type is a microparticle coated with metal on top of metal, serving as a low-cost conductive particle as an alternative to silver. It features a dense and uniform core-shell structure and maintains stability in conductive performance over time (such as 1000 hours at 85°C/85% humidity and 280°C SMT TEST).
Widely usable for heating, drying, etc.! Can be used at high temperatures without a decrease in emissivity due to aging.
We would like to introduce our "High Efficiency Far Infrared Radiation Ceramic Heater." The heater surface is treated with a glaze that emits infrared wavelengths easily absorbed by many objects, making it suitable for a wide range of applications such as heating and drying. Due to its high efficiency emitter (emissivity 0.95), which is close to that of a perfect black body, it allows for uniform heating and drying in a short time. Made from a ceramic material that is stable against thermal shock, there is no risk of breakage from rapid heating and cooling, and it can be used at high temperatures without a decrease in emissivity over time. 【Features】 ■ Highly versatile heater ■ Contributes to energy savings ■ Material resistant to thermal shock *For more details, please refer to the PDF document or feel free to contact us.
It is possible to heat up to 500℃ in about 30 to 40 seconds! Adopting a unique heating pattern.
The "SCPU Series" is a heater that incorporates a tungsten resistance element sandwiched between ceramic sheets with excellent heat resistance and high insulation properties. The tungsten resistance element is suitable for use in high-temperature ranges. It adopts a unique heating pattern and is designed to be small, thin, and compact, allowing for space-saving heating. The heating speed is extremely high, making it a product with excellent response. 【Features】 ■ The tungsten resistance element is suitable for use in high-temperature ranges. ■ The housing is designed to be thin and compact, enabling space-saving heating. ■ The heating speed is extremely high, with excellent response. ■ It can reach temperatures of 500°C in approximately 30 to 40 seconds. *For more details, please refer to the PDF materials or feel free to contact us.
Warmly embracing the future of life and mobility! It is a structure integrated through simultaneous sintering.
Kyocera's "Ceramic Heater" is an industrial heater that boasts very high durability while improving miniaturization and rapid heating performance, thanks to over 30 years of research and development. Additionally, based on the laminated processing technology of ceramic packages, it achieves shape optimization tailored to each customer's services and products, allowing for customization according to specific requests. 【Features】 ■ Heating elements embedded in the base ceramic material ■ Integrated structure achieved through simultaneous sintering ■ Complete isolation from external air and the ability to form more intricate circuit patterns ■ Circuit patterns can be adjusted to any shape/output balance ■ By embedding multiple elements, it is also possible to incorporate output switching functions and temperature sensor functions *For more details, please refer to the related links or feel free to contact us.
Improving the performance of EVs in cold climates. Contributing to extended driving range and maintaining charging capacity [Exhibiting at the 2025 Automotive Technology Exhibition].
Electric vehicles (EVs) cannot utilize waste heat from engines, and the reduction in battery capacity and increased consumption in cold regions have become challenges. Our company leverages its expertise in the development and manufacturing of electric heaters to provide a high-efficiency "coolant heater," contributing to extended driving range and passenger comfort. Additionally, we have achieved a 30% reduction in pressure loss through pressure loss minimization design using topology optimization simulation. 【Features】 - Optimization of thermal control through battery heating, contributing to extended driving range and increased comfort. - Suppression of charging capacity reduction in cold regions. - Development of parts for anti-fogging and anti-freezing measures. *You can view materials introducing application examples via PDF download. Please feel free to contact us for inquiries.
No air heating, so it's highly efficient and low cost! No generation of impurities! Clean processing is possible.
The "Industrial Ceramic Heater" manufactured by a ceramics company in Ireland is an infrared ceramic heater with low price and low running costs. The energy radiated from the heater is directed straight towards the object being heated, resulting in high heat transfer efficiency and fast processing speed. Since it does not use air as a medium, it produces less dust and allows for clean processing. It can be customized to suit various applications, including models for single-phase 100-110V or 200V, hollow types that reduce back radiation and preheating time, and those with built-in thermocouples. 【Features】 ■ Heating wires are embedded within the ceramics ■ Reaches operating temperature in as little as 10 minutes after power is turned on ■ Power supply is single-phase 230V ■ Ideal for flat objects being heated ■ Excellent corrosion resistance *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
Compact! Rapid heating! Long lifespan with high insulation performance! A high-performance heater made with excellent chemical resistance ceramic.
A micro ceramic heater is a high-performance heater with a simple structure of ceramic and heating elements, achieving rapid heating. The outer material of the heater uses alumina sheets, which excel in insulation and chemical resistance, while the heating element is made of responsive tungsten. The heating element is uniformly distributed across the entire sheet, ensuring no heating unevenness and allowing for rapid heating. Its compact and slim design makes it suitable for use in small spaces. 【Features】 ■ Compact and lightweight ■ Rapid heating and cooling ■ Oxidation resistance and chemical resistance ■ High insulation and high voltage resistance ■ Compatible with various shapes
Customizable to meet your needs!! Core-shell type microparticles that can accommodate a variety of applications.
Core-shell type microparticles are microparticles that use different materials for the core (center) and shell (surface), allowing for various properties to be imparted through the combination of the core and shell. Our company handles microparticles manufactured by C&C Materials in South Korea. C&C Materials excels in coating technology, enabling: - Uniform coating - Simultaneous coating of multiple materials.
Customizable to meet your needs! Core-shell type microparticles that can accommodate a variety of applications.
Core-shell type microparticles are microparticles that use different materials for the core (center) and shell (surface), allowing for various properties to be imparted through the combination of the core and shell. Our company handles microparticles manufactured by C&C Materials in South Korea. C&C Materials excels in coating technology, enabling: - Uniform coating - Simultaneous coating of multiple materials.
