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Our company offers a "Multi-Atmosphere Furnace" that is precisely designed for material evaluation and phase transition testing in oxidation/reduction atmospheres, utilizing a dual-axis of "atmosphere x temperature." It features a built-in vacuum system that allows for vacuum replacement before and after processing, followed by replacement with the specified gas, thereby reducing the risk of residual gas during furnace opening. Additionally, the high degree of freedom in tray design allows for parallel DOE (Design of Experiments) under the same conditions and multiple samples, enabling the extraction of optimal conditions for scale-up in a short cycle. [Reasons why our carbon furnace is effective for graphitization] - Compatible with generated gases such as NH3 and CO: Designed with materials, piping temperature control, and instrumentation tailored to gas characteristics. - Built-in vacuum system: Allows for vacuum replacement before and after processing, followed by replacement with the specified gas, reducing the risk of residual gas during furnace opening. - Rectangular casing x stacked design: High flexibility in tray design allows for parallel DOE under the same conditions and multiple samples, enabling the extraction of optimal conditions for scale-up in a short cycle. *For more detailed information, please download the materials or feel free to contact us.

We offer a "Multi-Atmosphere Furnace" that allows for flexible design of dew point and oxygen partial pressure. This product addresses challenges such as unstable humidity, slow switching leading to lack of reproducibility, fears of condensation, backflow, contamination, and corrosion, as well as low parallel freedom and time-consuming condition setting in tube furnaces. Additionally, specifications can be customized according to customer requests, so please consult us for details. [Reasons Why Our Carbon Furnace is Effective] ■ Humidity system independent of gas type: Directly connected to Wetter for setting humidity levels in N2/Ar/air (small amounts of H2 also acceptable) ■ Vacuum replacement → gas replacement: Pre-removal of air inside the sample, achieving the desired humid atmosphere from startup ■ Speed of switching: Easily switch between dry/humid and N2/Ar/air (small amounts of H2) ■ Stacked shelves × rectangular sleeves: Short cycle parallel testing with multiple samples under the same conditions *For more detailed information, please download our materials or feel free to contact us.

In the ceramics industry, densification is essential for improving the strength and durability of products. Particularly during the firing process in high-temperature environments, atmosphere control significantly affects quality. Instability in humidity control, slow switching of atmospheric gases, and the risks of condensation and contamination are major challenges in the densification process. These challenges can lead to variations in product quality and reduced yield. Our multi-atmosphere furnace is equipped with direct humidity control from Wetter, vacuum replacement, and gas switching functions, addressing these challenges in the ceramics densification process. 【Application Scenarios】 - Ceramics sintering - High-density processing - Surface modification 【Benefits of Implementation】 - Achieving a uniform firing environment - Manufacturing high-quality ceramics products - Improving process reproducibility

In the metal processing industry, surface treatment requires precise atmosphere control to enhance the durability, corrosion resistance, and functionality of products. In particular, reaction control at high temperatures and uniform surface modification are critical factors that influence product quality. Conventional firing furnaces have limitations in the types and control of atmosphere gases, leading to challenges in reproducibility and efficiency. Multi-atmosphere furnaces address these issues and cater to diverse surface treatment needs. 【Application Scenarios】 - Prevention of oxidation in metal parts - Surface hardening treatment - Pre-treatment for coating 【Effects of Implementation】 - Improvement in the quality of surface treatment - Reduction in processing time - Adaptation to various gas atmospheres - Achievement of highly reproducible treatments

In the chemical industry, safe and reproducible firing in reaction processes is essential for quality control and efficient production. Particularly in reactions that generate toxic gases such as ammonia and carbon monoxide, proper exhaust treatment and control of the furnace environment are required. Inadequate firing conditions can lead to reaction failures or the leakage of harmful substances. Our multi-atmosphere furnace is designed for seamless vacuum replacement, atmosphere control, heating, and exhaust detoxification, enabling a safe and highly reproducible reaction process. 【Application Scenarios】 - Chemical reactions involving toxic gases - Reactions requiring precise temperature and atmosphere control - Reaction processes at mass production scale 【Benefits of Implementation】 - Realization of a safe firing environment - Improvement in reaction reproducibility - Increased efficiency in scale-up

In the environmental purification industry, there is a demand for the suppression of toxic gas emissions during the firing process and the assurance of treatment reliability. Particularly in the incineration of waste containing harmful substances and in exhaust gas treatment processes, establishing a safe firing environment is crucial. Improper firing can lead to environmental pollution and health hazards for workers. Our multi-atmosphere furnace achieves a safe firing process by designing a seamless flow from vacuum replacement to exhaust gas detoxification. 【Usage Scenarios】 - Incineration of waste containing harmful substances - Firing processes in exhaust gas treatment - Research and development of environmental purification technologies 【Benefits of Implementation】 - Reduction of toxic gas emissions - Improvement of firing process safety - Enhancement of treatment reliability

We handle "multi-atmosphere furnaces" designed to accommodate gases such as NH3 and CO. The design integrates vacuum replacement, atmosphere control, heating, and exhaust gas harmlessness (scrubber/catalytic oxidation/thermal oxidation) in a seamless process. Additionally, we have a proven track record of manufacturing furnaces at mass production scale, not just for small units. [Reasons why our carbon furnace is effective for graphitization] - Accommodates gases such as NH3 and CO: Designed with materials, piping temperature control, and instrumentation tailored to the characteristics of the gas types. - Built-in vacuum system: Allows for vacuum replacement before and after processing, enabling designated gas replacement and reducing the risk of residual gas when the furnace is opened. - Rectangular design with stacked shelves: High flexibility in tray design allows for parallel DOE of multiple samples under the same conditions, enabling rapid extraction of optimal conditions for scale-up. *For more detailed information, please download our materials or feel free to contact us.

The "Multi-Atmosphere Furnace" is a versatile furnace that can be heated while circulating various atmospheric gases such as NH3, H2, and O2, in addition to vacuum and inert atmospheres. Furthermore, it is capable of humidifying the gas, allowing for firing in a moist atmosphere, thus accommodating a wide range of reaction conditions. It demonstrates its power in research and manufacturing environments where complex atmosphere control is required, such as for material reduction, oxidation, nitriding, and humidification treatments. 【Features】 ■ Compatible with vacuum, inert atmospheres (N2, Ar), oxidizing atmospheres (O2), and reducing atmospheres (H2, NH3) ■ Special heat treatment possible with a humidifying device (wetter) ■ Supports maximum temperatures up to 1700°C with a heating rate of 10°C/min ■ Combines corrosion resistance and stable heating with alumina sheath heaters and alumina insulation *For more detailed information, please download the materials or feel free to contact us.