List of Industrial Furnace products

Reduce the workload from handling heavy objects! Here are five case studies that solved customer challenges! We are also accepting free consultations and tests tailored to your work!

• Other conveying machines

No more need to lift heavy one-gallon cans! Enjoy comfortable liquid transfer in the central kitchen.

• Other Pumps

Pre-evaluation of N₂-based nitriding reactions in a very low oxygen, high-temperature environment.

• Industrial Furnace

Recruiting trading company partners for a special electric furnace manufacturer to handle difficult projects that standard machines cannot manage.

• Industrial Furnace
• Heating device
• Electric furnace/muffle furnace

[Subzero Cooling Bame Device] Easily improve the hardness of metal surfaces! Reduce dimensional distortion after quenching! Capable of continuous support up to low-temperature tempering!

• Other machine elements
• Cooling system
• Industrial Furnace

Organize furnace specifications based on H₂ concentration, dilution gas, and safety measures.

• Industrial Furnace

Organize the furnace configuration suitable for NH₃ supply, gas generation, and nitriding treatment.

• Industrial Furnace

Wetter: Organizing humidification and firing conditions using a vaporizer.

• Industrial Furnace

Check the specifications of the electric furnace needed for trial production and condition exploration.

• Industrial Furnace

Support for firing tests and equipment specification from the stage of uncertain conditions.

• Industrial Furnace

Corresponds to the exploration of firing conditions in the research and development and prototype stages.

• Industrial Furnace

Organize electric furnaces suitable for sintering, heat treatment, degreasing, and reduction.

• Industrial Furnace

Select the appropriate electric furnace according to the vacuum level and processing purpose.

• Industrial Furnace

Before deciding on the equipment specifications, confirm the reactivity with a small sample.

• Industrial Furnace

Organizing 10 items to check before introducing an electric furnace.

• Industrial Furnace

Aren't you just choosing based on the maximum temperature? Comparison materials for furnace type selection.

• Industrial Furnace

Consideration of thermal CVD coating for narrow gaps, inner surfaces, and recesses using a vaporizer and multi-atmosphere furnace.

• Industrial Furnace

Safe consideration of Cl2/HCl treatment in a small furnace with negative pressure operation, corrosion-resistant design, and scrubber interlock.

• Industrial Furnace

Control the temperature, chlorine partial pressure, and pressure to selectively separate Au, Cu, Sn, Fe, Ni, etc. through chlorination volatilization.

• Industrial Furnace

Corresponding to material selection, lifespan evaluation, and corrosion analysis in a high-temperature corrosion environment containing Cl2 and HCl.

• Industrial Furnace

Dry removal of metal impurities in CNT, graphite, and carbon black using Cl2/HCl.

• Industrial Furnace

Selective removal of metal impurities from SiO2・Al2O3・Si3N4 powder while leaving the base material intact.

• Industrial Furnace

Volatile chlorination of GaN, AlN, and Si-based deposits with Cl2/HCl, and dry cleaning of the fixture.

• Industrial Furnace

Chloride metal impurities with Cl2 and HCl, leaving the base material for selective separation.

• Industrial Furnace

Manage dew point and oxygen concentration to reproducibly evaluate ceramics sintering and densification conditions.

• Industrial Furnace

Support for examining the conditions of chemical reaction processes, including reactive gases and exhaust gas treatment.

• Industrial Furnace

Support for the firing of environmental purification materials and exhaust gas evaluation with atmosphere control such as vacuum, air, and NH3.

• Industrial Furnace

Supports airtight sealing and reliability improvement of semiconductor components in a high vacuum and high purity atmosphere.

• Industrial Furnace

Supports degassing, oxidation prevention, and stabilization of samples before analysis in a high vacuum and high purity atmosphere.

• Industrial Furnace

Support for material development and high-temperature heat treatment in a vacuum and reducing atmosphere.

• Industrial Furnace

Support for sealing, brazing, and heat treatment of optical components in a high-purity atmosphere.

• Industrial Furnace

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.

• Industrial Furnace

Supports new material development and prototype evaluation with high-temperature firing up to 3000℃ and atmosphere control.

• Industrial Furnace

Supports high-density and sintering of ceramics in a high-temperature firing of up to 3000℃ and low-oxygen atmosphere.

• Industrial Furnace

Supports high-temperature sintering up to 3000℃. Assists in carbonization, graphitization, and debinding processes in a low-oxygen atmosphere.

• Industrial 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.

• Industrial Furnace

Addressing the hard-to-see exhaust gas risks on a small scale through scale-up solutions in furnace, exhaust, and emission control design.

• Industrial Furnace

Safety design of a small chlorine furnace to reduce the risks of Cl2 and HCl leaks, corrosion, and contamination.

• Industrial Furnace

Reduce wastewater from wet processing and drying processes, and remove metal impurities through selective chlorination.

• Industrial Furnace

I want to use Cl2 and HCl, but I'm concerned about safety—this small chlorine furnace addresses such on-site issues.

• Industrial Furnace

Small halogen furnace compatible with selective chlorination, jig cleaning, and corrosive gas evaluation.

• Industrial Furnace

A small carbon furnace that suppresses oxidation and property variation through high-temperature treatment at 2,000 to 3,000℃.

• Industrial Furnace

Suppressing residual oxygen while reaching 3000°C. An explanation of the structure and principle of a small carbon furnace.

• Industrial Furnace

Introduction to the applications of small carbon furnaces, such as graphitization, carbonization, sintering, and high-temperature reaction evaluation.

• Industrial Furnace

Introduction of applications that can be examined using a small carbon furnace, such as graphitization, carbonization, sintering, and crystallization.

• Industrial Furnace

Supports special firing conditions such as low oxygen, ultra-high temperature, high purity, corrosive gases, and multiple atmospheres.

• Industrial Furnace

Vacuum replacement, high airtight structure, and graphite heating achieve both low oxygen and treatment at 3000°C level.

• Industrial Furnace