All products and services
31～60 item / All 74 items
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Tube furnace | Visualizing heat treatment conditions for metals and alloys
Synchronously record temperature, flow rate, and pressure to optimize heat treatment conditions for metals and alloys.
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Tube furnace | Visualizing the sintering conditions of battery electrode materials
Synchronously record temperature, flow rate, and pressure to optimize electrode sintering conditions.
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Tube furnace | Visualizing temperature, flow rate, and pressure during ceramics sintering
Synchronize the recording of temperature, flow rate, and pressure during firing to streamline the condition setting.
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Tube furnace | Supports catalyst activation and reaction behavior evaluation
Synchronously record temperature, flow rate, pressure, and exhaust to visualize catalyst activation conditions.
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Small Halogen-Compatible Furnace | High-Temperature Process Evaluation Using F-Series and Cl-Series Gases
Suppressing concerns about degradation and leaks of furnace materials due to corrosive gases, safely examining halogen atmosphere testing.
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Even for beginners, no need to worry - the perfect furnace for your needs × atmosphere × temperature.
Super simple explanation of the 'atmosphere, achievable temperature, and suitable applications' of chlorine furnaces, carbon furnaces, metal furnaces, multi-atmosphere furnaces, and tubular furnaces.
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Tube furnace | Test furnace for visualizing reaction behavior
Synchronize and record flow rate, pressure, material temperature, and exhaust to visualize the start to end of the reaction.
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Multi-atmosphere furnace ｜Precision design with dual axes of atmosphere and temperature
Vacuum replacement → Program switch to air/N2/Ar/(small amount of H2 as needed). Reproduce and evaluate phase transition, phase stability, and surface chemistry well.
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Multi-atmosphere furnace | Supports firing and exhaust gas treatment accompanied by harmful gas generation.
Addressing the hard-to-see exhaust gas risks on a small scale through scale-up solutions in furnace, exhaust, and emission control design.
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Multi-atmosphere furnace ｜Moist atmosphere sintering not restricted by gas type
Direct humidity control connected to the weather + vacuum replacement + gas switching. Quickly switch to N2/Ar/Air/NH3, reproducing the desired surface chemistry in a short cycle.
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Small Chlorine Furnace | High-Temperature Corrosion Evaluation in Cl2·HCl Atmosphere
Corresponding to material selection, lifespan evaluation, and corrosion analysis in a high-temperature corrosion environment containing Cl2 and HCl.
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Small Chlorine Furnace | Dry Separation and Recovery of Valuable Metals from Urban Mines
Control the temperature, chlorine partial pressure, and pressure to selectively separate Au, Cu, Sn, Fe, Ni, etc. through chlorination volatilization.
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Small Chlorine Furnace | Test furnace for safely handling chlorine and hydrogen chloride gas
Safe consideration of Cl2/HCl treatment in a small furnace with negative pressure operation, corrosion-resistant design, and scrubber interlock.
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Carbon furnace | Compatible with ultra-low oxygen and high-temperature firing at 3000°C level.
Reproducibly perform graphitization, carbonization, nitridation, and high-temperature modification in an extremely low oxygen atmosphere.
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Carbon furnace | Compatible with nitriding reactions and high-temperature sintering tests in an N₂ atmosphere.
Pre-evaluation of N₂-based nitriding reactions in a very low oxygen, high-temperature environment.
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Carbon furnace | Supports carbonization reaction tests in low oxygen and high temperature environments.
Pre-evaluation of carbide reactions such as SiC, TiC, and ZrC in low oxygen and high temperature environments.
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Carbon furnace | Supports ultra-low oxygen and high-temperature firing tests at 3000°C level.
Re-evaluation of high-temperature treatment at around 3000°C using vacuum replacement and carbon gettering.
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Carbon furnace | Suitable for graphitization and high-temperature modification of carbon materials.
Graphitization / High-temperature annealing / Surface modification / Ash content reduction all in one machine. Compatible with vacuum × Ar/H2, highly reproducible heat treatment from research to small-scale production.
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Metal furnace | High-purity heat treatment furnace free from contamination, such as extreme vacuum and furnace materials.
High-purity heat treatment with reduced contamination from furnace materials using extreme vacuum and metal hot zones.
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Metal furnace | Brazing ceramics and metals in a high-purity atmosphere
Strongly sealing in a clean atmosphere while controlling the thermal expansion difference between ceramics and metals.
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Metal furnace | Reducing the influence of O, C, and H₂O in an ultra-high vacuum and high-purity atmosphere.
Control of degassing, dehydration, and decarbonization of oxide and nitride materials in ultra-high vacuum to reducing atmosphere.
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Metal furnace | More compact high-purity annealing with reduced contamination
Maximizing the properties of metal powders and thin film materials in a clean heating environment that utilizes a metallic atmosphere.
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Electric Furnace Lineup | From Prototype to Mass Production of Difficult-to-Work Materials
Supports special firing conditions such as low oxygen, ultra-high temperature, high purity, corrosive gases, and multiple atmospheres.
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Recruiting trading company partners for special electric furnaces and heating equipment.
Recruiting trading company partners for a special electric furnace manufacturer to handle difficult projects that standard machines cannot manage.
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Custom tubular furnace | Individual design of pipe size, heating zone, and temperature rise conditions
Custom tubular furnace designed to meet specific applications, including pipe diameter, heating zone, atmosphere, and instrumentation.
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Small Chlorine Furnace | On-site Issues and Safety Measures for Cl2 and HCl Treatment
I want to use Cl2 and HCl, but I'm concerned about safety—this small chlorine furnace addresses such on-site issues.
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Small Metal Furnace | Supports High Purity Sintering with Reduced Contamination of Furnace Materials
High-purity heat treatment with an all-metal structure that suppresses contamination from carbon and furnace materials.
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Small Carbon Furnace | Design Structure Realizing Low Oxygen x 3000℃ Class
Vacuum replacement, high airtight structure, and graphite heating achieve both low oxygen and treatment at 3000°C level.
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Small Carbon Furnace | Main Applications in 3000°C Class and Low Oxygen Atmosphere
Introduction of applications that can be examined using a small carbon furnace, such as graphitization, carbonization, sintering, and crystallization.
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Small Carbon Furnace | Examples of Applications at 3000°C Level in Low Oxygen Atmosphere
Introduction to the applications of small carbon furnaces, such as graphitization, carbonization, sintering, and high-temperature reaction evaluation.
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