List of Heating equipment/furnace products

It won't break even after 1 million repetitions! A mat switch with reliable operation, high durability, and low price. Suitable for options in machine tools as well. Please consult us about delivery t...

• Sensors

<Column demonstration in progress> Analyzing aggregate and drug-antibody ratio (DAR) using SEC column and HIC column.

• Chromatographic resins and packing materials

Promotes the densification of ceramics through gas-type-independent humid atmosphere sintering.

• Industrial Furnace

Observe and record the behavior during the reaction to accelerate alloy development.

• Industrial Furnace

Observe and record the behavior during the reaction process to solve the issues of electrode sintering.

• Industrial Furnace

Break away from data comparison before and after firing! "See and record" the reactions.

• Industrial Furnace

Observe and record the behavior during the reaction process to optimize catalyst activation.

• Industrial Furnace

For those who want to use halogen as process gas and are troubled by emissions from samples.

• Electric furnace

The essence of "managing risks" lies in design philosophy and operational design! Incorporating a sense of security in operations into the design.

• Industrial Furnace

Impurities are chlorinated with chlorine/hydrochloric acid! They preferentially volatilize with vapor pressure differences and step temperatures.

• Industrial Furnace

Selective removal of accumulated films and reaction products through chloride volatilization! Maintains the dimensions and surface roughness of the base material.

• Industrial Furnace

Selectively volatilize Fe/Ni/Cr mixed in ceramic powder through chloride volatilization!

• Industrial Furnace

An easy-to-understand introduction to the background of the development of small chlorine generators, the specifications of the equipment, and operational points!

• Industrial Furnace

Suppressing leaks during operation! The design point is a fail-safe operation prepared for emergencies.

• Industrial Furnace

Applied as a metal removal process or reaction control furnace that does not produce water-repellent products or large amounts of waste liquid!

• Industrial Furnace

Protect the base material with negative pressure operation and oxygen partial pressure control, while minimizing waste liquid with dry methods!

• Industrial Furnace

Utilizing the high corrosion-resistant structure and precise atmosphere control of small chlorine furnaces, applications for research on corrosion mechanisms of metals, alloys, and ceramics.

• Industrial Furnace

We are theoretically examining a new approach to selectively volatilize and recover specific metals from systems containing multiple metals through precise control of "temperature × pressure × chlorin...

• Industrial Furnace

Achieved safe operation of chlorine and hydrogen chloride, which was difficult with conventional furnaces. High corrosion-resistant design for corrosive gas compatibility enables reproducible dry oper...

• Industrial Furnace

Explaining the capabilities of small carbon furnaces from a practical perspective! We will also introduce challenges and benefits.

• Industrial Furnace

Introducing the challenges in the research field, potential solutions, and concepts!

• Industrial Furnace

Why extreme low oxygen and 3000℃ levels are possible! Explaining the principles of a small carbon furnace.

• Industrial Furnace

Synthesis and sintering of high-temperature materials, as well as high crystallization of carbon-based materials! Here are some main application examples.

• Industrial Furnace

Introduction to device specifications and configuration! The device size can also accommodate larger machines.

• Industrial Furnace

Suppressing micro leaks through years of seal design, processing precision, and assembly procedures! Maintaining low O2 even during long operation.

• Industrial Furnace

Oxygen concentration can be reduced to the limit, preventing oxidation! By improving the crystallinity of carbon materials, lifespan and performance are significantly enhanced.

• Industrial Furnace

From preprocessing to final firing in one machine. Suitable for research and small-scale production temperature recipes.

• Industrial Furnace

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.

• Industrial Furnace

We design everything from vacuum replacement to atmosphere control, heating, and exhaust gas detoxification (scrubber/catalytic oxidation/thermal oxidation) in a seamless manner.

• Industrial Furnace

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.

• Industrial Furnace

Compact and high airtight design! Capable of reproducing the firing process under complex reaction conditions with a single unit.

• Industrial Furnace

From just firing to measuring and optimizing! You can select the necessary instrumentation as options.

• Industrial Furnace

Measurement of sample temperature, gas flow rate, pressure, etc. is possible! Optimization of reaction mechanism analysis and testing conditions for new materials.

• Industrial Furnace

The furnace is made of metal materials! A heating furnace that can reduce contamination inside the furnace caused by insulation materials and others.

• Industrial Furnace

All-metal construction! In high-temperature ranges, the metal surface reacts easily with trace amounts of O2, reducing the effects of residual oxygen.

• Industrial Furnace

Synchronized logging of flow, pressure, material temperature, and exhaust analysis. Graduation from "only before and after firing."

• Industrial Furnace

Strongly sealed in a clean atmosphere while controlling the thermal expansion difference between ceramics and metals.

• Industrial Furnace

It is ideal for radiant heating of electronic components and precision machine parts that require high quality, as well as for heat treatment of reel materials and pipe materials.

• Heating device

A sheet that possesses heat resistance up to approximately 800°C as well equipped with cushioning and flexibility. We respond to a wide range of thickness and hardness requirements.​

• Ceramics
• Heating device
• Heat exchanger

A sheet material primarily composed of alumina fiber (PCW/crystallized alumina short fiber).

• Heating device
• Heat exchanger
• Fine Ceramics

A sheet primarily composed of alkali Earth Silicate fiber (AES fiber/biocompatible soluble fiber), that possesses heat resistance up to approximately 1100°C to 1300°C.​

• Ceramics
• Heating device
• Heat exchanger

Common operating temperature up to 1000℃, maximum temperature up to 1100℃! Suitable for samples such as food, resin, coal, and carbohydrates.

• Electric furnace

Common operating temperature up to 1100℃, maximum temperature up to 1200℃! The two-tier rack allows for more samples to be arranged.

• Electric furnace

It can handle a common temperature of 700℃ and a maximum temperature of 800℃! It comes with a two-tier sample rack, a tray for loading and unloading, and a handle.

• Electric furnace

The inner wall of the furnace is covered with fused quartz, minimizing the leakage of the introduced gas!

• Electric furnace

Compatible with various diameters of tubes in a single furnace! The work tube itself can be easily replaced.

• Electric furnace

Increasing the surface area of the sample materials exposed to the atmosphere within the work area helps shorten reaction time and improve overall yield!

• Electric furnace