All products and services
1～30 item / All 74 items
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Selection of furnace for Cl₂・HCl special atmosphere sintering | Corresponding to chlorination reaction and corrosion evaluation
Organize the firing conditions and safety specifications using corrosive gases.
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Selection of Furnace for H₂ Reduction Atmosphere Heat Treatment | Measures for Safety and H₂ Concentration Management
Organize furnace specifications based on H₂ concentration, dilution gas, and safety measures.
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Selection of furnace for N₂・Ar atmosphere sintering | Suitable for oxidation suppression and inert heat treatment
Organizing the gas types, substitution conditions, and furnace configuration to suppress oxidation.
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Selection of furnace for NH₃・nitriding atmosphere sintering | Corresponding to nitriding treatment and generated gas evaluation
Organize the furnace configuration suitable for NH₃ supply, gas generation, and nitriding treatment.
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Selection of O₂・Air Atmosphere Sintering Furnace | Compatible with Oxidation, Degreasing, and Pyrolysis Evaluation
Organize the types of furnaces suitable for oxidation, degreasing, and pyrolysis, along with exhaust measures.
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Firing evaluation in a humid atmosphere | Corresponding to the confirmation of steam reaction and thermal decomposition behavior.
Wetter: Organizing humidification and firing conditions using a vaporizer.
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How to Choose an Electric Furnace for Research and Development | Suitable for Prototyping, Condition Exploration, and Small-Scale Firing
Check the specifications of the electric furnace needed for trial production and condition exploration.
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Exploration of firing conditions for material development | Support from prototype evaluation in a small furnace to equipment design.
Support for firing tests and equipment specification from the stage of uncertain conditions.
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Firing tests of small sample sizes | Supporting condition exploration in research and development and prototype stages.
Corresponds to the exploration of firing conditions in the research and development and prototype stages.
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Differences between sintering, heat treatment, degreasing, and reduction | Selecting electric furnaces by purpose
Organize electric furnaces suitable for sintering, heat treatment, degreasing, and reduction.
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Selection of furnace for vacuum atmosphere sintering | Supports degassing, oxidation suppression, and high purity processing.
Select the appropriate electric furnace according to the vacuum level and processing purpose.
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Pre-introduction firing test of equipment | Confirming condition exploration, safety, and mass production deployment
Before deciding on the equipment specifications, confirm the reactivity with a small sample.
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Electric Furnace Introduction Pre-Check List | 10 Items to Confirm in Specification Review
Organizing 10 items to check before introducing an electric furnace.
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How to conduct firing tests | Selecting kilns, jigs, and containers by sample type
Organize the firing test conditions suitable for powder, substrates, jigs, and components.
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How to Choose a Atmosphere Furnace | Comparison Table by Furnace Type
Aren't you just choosing based on the maximum temperature? Comparison materials for furnace type selection.
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Supports various firing tests such as Cl2, H2, NH3, O2, and humidification.
Confirm the feasibility of firing in a special atmosphere such as chlorine, reduction, oxidation, NH3, and humidification before equipment installation.
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Multi-atmosphere furnace | Thermal CVD coating furnace for vaporizing liquid raw materials
Consideration of thermal CVD coating for narrow gaps, inner surfaces, and recesses using a vaporizer and multi-atmosphere furnace.
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Electrostatic chuck and ESC atmosphere sintering furnace
For the firing conditions of ESC ceramic components. Contributes to improving the reproducibility of firing quality with an N₂ + H₂ reduction atmosphere and dew point control.
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Carbon furnace | Suitable for carbonization, graphitization, and high-temperature sintering up to 3000℃.
Supports high-temperature sintering up to 3000℃. Assists in carbonization, graphitization, and debinding processes in a low-oxygen atmosphere.
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Ceramics High-Density Carbon Furnace | Maximum 3000°C, Inert Atmosphere Compatible
Supports high-density and sintering of ceramics in a high-temperature firing of up to 3000℃ and low-oxygen atmosphere.
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Carbon furnace for new material development | High-temperature sintering, carbonization, graphitization, and atmosphere control compatible
Supports new material development and prototype evaluation with high-temperature firing up to 3000℃ and atmosphere control.
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Carbon furnace for aerospace heat-resistant components | Maximum 3000°C, compatible with vacuum atmosphere
Supports the development and manufacturing of heat-resistant components for aerospace applications through high-temperature firing at up to 3000℃ in a low-oxygen atmosphere.
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Metal furnace | For sealing, brazing optical components, and high-purity atmosphere sintering.
Support for sealing, brazing, and heat treatment of optical components in a high-purity atmosphere.
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Metal furnace for research and development | Compatible with vacuum, reduction atmosphere, and high-temperature heat treatment
Support for material development and high-temperature heat treatment in a vacuum and reducing atmosphere.
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Metal furnace for sample preprocessing analysis | Compatible with high vacuum and high purity atmosphere
Supports degassing, oxidation prevention, and stabilization of samples before analysis in a high vacuum and high purity atmosphere.
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Metal furnace | For hermetic sealing, brazing, and high vacuum heat treatment of semiconductor components
Supports airtight sealing and reliability improvement of semiconductor components in a high vacuum and high purity atmosphere.
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Multi-atmosphere furnace | For firing environmental purification materials and exhaust gas evaluation
Support for the firing of environmental purification materials and exhaust gas evaluation with atmosphere control such as vacuum, air, and NH3.
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Multi-atmosphere furnace | For chemical reactions, reactive gas treatment, and exhaust gas evaluation
Support for examining the conditions of chemical reaction processes, including reactive gases and exhaust gas treatment.
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Multi-Atmosphere Furnace | Dew Point Control and Metal Surface Treatment with Humid Atmosphere
Manage dew point and oxygen concentration to prevent oxidation, modify, and pre-treat metal surfaces.
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Multi-atmosphere furnace | Improvement of reproducibility in ceramics sintering and densification conditions
Manage dew point and oxygen concentration to reproducibly evaluate ceramics sintering and densification conditions.
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