Compact Carbon furnace
Compact Carbon furnace
The compact carbon furnace features an all-graphite structure that maintains a low-oxygen atmosphere, enabling ultra-high-temperature processing at a continuous operating temperature of 2800°C and a maximum temperature of 3000°C. It is well suited for the high-degree graphitization of carbon materials and the sintering of ultra-high-melting-point materials.
1～30 item / All 30 items
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Small Carbon Furnace | Achieving 3000°C-level processing while suppressing oxidation
A small carbon furnace that suppresses oxidation and property variation through high-temperature treatment at 2,000 to 3,000℃.
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Small Carbon Furnace | Background of the Demand for Low Oxygen and Ultra-High Temperature Treatment
Explaining the background of the development of a small carbon furnace for dry reduction, graphitization, and carbonization treatment.
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Small Carbon Furnace | Why is ultra-low oxygen and 3000°C class possible?
Suppressing residual oxygen while reaching 3000°C. An explanation of the structure and principle of a small carbon furnace.
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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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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 | 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 | Compatible with ultra-low oxygen and high-temperature processing at 3000°C level
Stable processing of graphitization, carbonization, and ultra-high temperature sintering at extremely low oxygen levels and 3000°C grade.
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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 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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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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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 | 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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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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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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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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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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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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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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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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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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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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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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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 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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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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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 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 | 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 | 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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Technical consultation service for those who are unsure about selecting electric furnaces.
Please leave the initial consultation for organizing the appropriate electric furnace based on the application, temperature, atmosphere, processing volume, and sample shape to us!
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