List of Heating equipment/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

Safe and high-performance even without gas! Able to flexibly respond to customer needs.

• Heater
• Other heaters

Composite materials - Introducing new products from the engineered fiber and microporous ultra-low thermal conductivity materials LTC series.

• fiber
• Industrial Furnace
• Composite Materials

A lightweight, portable high-frequency compact heating adhesive machine that operates on a household power supply of 100V!

• Other processing machines
• Heating device

Space-saving and total cost reduction! We propose heater and unit assembly.

• Heater
• Other heaters

Switching to heater heating simultaneously solves the challenges of molten metal retention and increases output!

• Other heaters

Keep the pot at the appropriate temperature to stabilize casting quality! Easy operation with just lifting and turning on the power.

• Other heaters

We will propose appropriate infrared heating tailored to the materials and needs!

• Other heaters

Reduction of CO2 by 62% and improvement of mold quality through preheating of molds for aluminum casting and other casting processes!

• Heating device

Switching to heater heating simultaneously solves the challenges of molten metal retention and increases output!

• Other heaters

The heater replacement for the melting furnace is completed in a short time. It features a high-efficiency design that minimizes production downtime and increases on-site operational efficiency.

• Other heaters

Heater replacement can be done in a short time. The design minimizes production stoppages and enhances work efficiency even at high output.

• Other heaters

Realizing electrification and high output while utilizing existing furnaces. This is a retrofitted heater that can reduce construction time and achieve energy savings.

• Other heaters

Suppressing radiant heat without using flames. We reduce the thermal load in the work environment, creating a safe and comfortable site.

• Other heaters

Safe and stable heating without using combustion flames. Furnace operation is possible without the worry of fire accidents or abnormal combustion.

• Other heaters

The structure excels in thermal insulation, suppressing heat dissipation. It reduces energy consumption while stabilizing the molten metal temperature.

• Industrial Furnace

The high insulation structure suppresses fluctuations in molten metal temperature, achieving both stable quality and improved heating efficiency simultaneously.

• Industrial Furnace

Avoids the risk of fire by heating without gas. Stabilizes molten metal retention while ensuring safety.

• Industrial Furnace

Elimination of exhaust gas loss, reduction of ambient temperature, improvement of the working environment, and realization of heat countermeasures in the casting site.

• Other heaters

Maintain the quality of cast products with clean heating that does not generate coal, easily ensuring uniform temperature in the ladle.

• Other heaters

Prevent local overheating of the pot with infrared uniform heating, achieving distortion suppression and stabilization of casting quality.

• Other heaters

Maintenance and energy cost reduction! Improved insulation leads to stable molten metal temperature, transitioning from gas to electric for better fuel efficiency.

• Industrial Furnace

Achieve high energy efficiency with coil designs tailored to the work and custom power supplies!

• Heating device

Efficient heating with superheated steam, minimizing oxidation risks! Atmosphere heating allows for a faster temperature rise than hot air.

• Heating device

Switching to heater heating simultaneously solves the challenges of molten metal retention and increases output!

• Other heaters

High-speed heating with ten times the output compared to conventional methods, even in large-capacity furnaces. It stabilizes molten metal temperature and improves production efficiency.

• Other heaters

Switching from gas heating to reduce CO₂ emissions. Achieving decarbonization and efficiency improvement simultaneously with high-output electrification.

• Other heaters

Suppresses degradation of furnace materials due to combustion heat. Stabilizes molten metal with high-output electrification, contributing to the longevity of the holding furnace.

• Other heaters

A immersion heater that suppresses temperature variations in molten metal with high-output electrification, achieving both stable quality and improved yield.

• Other heaters

No crucible furnace is required for gas heating. This reduces replacement work and costs, improving productivity.

• Industrial Furnace

By directly heating aluminum, we suppress the rise in surrounding temperature, prevent the generation of soot, and reduce the impact on the quality of cast products.

• Industrial Furnace

Rapid temperature rise with superheated steam faster than hot air, reducing heating time and dramatically improving productivity.

• Heating device

Heating with superheated steam is more efficient than hot air, reducing energy consumption with rapid temperature rise.

• Heating device

Shortening heating time with superheated steam and reducing furnace length to achieve factory layout efficiency.

• Heating device

Significant reduction of CO2 with electric heating that does not require gas, maintaining the pot at the optimal temperature and stabilizing casting quality.

• Other heaters

Easy operation with only pot lifting and power ON, automation of settings and operations to improve efficiency in the casting site.

• Other heaters

This is a high-efficiency mold heater that significantly reduces CO2 emissions simply by switching from gas preheating to electric heating, while stabilizing mold quality through uniform heating.

• Heating device

This is a high-efficiency mold preheating system that suppresses local overheating with uniform infrared irradiation, achieving both extended mold life and stabilized quality simultaneously.

• Heating device

Eliminate temperature unevenness with uniform infrared heating, significantly reducing quality defects. This electric mold heater also contributes to CO2 reduction and improvement of the working envir...

• Heating device

This is a mold preheating device that reduces ambient temperature and enhances heat countermeasures through electric heating with zero exhaust emissions. It can simultaneously achieve stable quality a...

• Heating device

Selective high-efficiency and high-speed heating of metals! Achieving ideal heating with coil design.

• Heating device
• Other heating equipment

Infrared heating technology that achieves high output and high efficiency with air cooling! Maintains high heating efficiency even at a distance.

• Other heaters
• Heater

No large-scale construction is required, and it can be installed quickly. The electric mold preheating system can be easily integrated into existing lines, significantly improving startup efficiency!

• Heating device

High-efficiency infrared uniform heating accelerates the startup of molds and significantly reduces heating time. This is a heating solution that directly contributes to increased productivity.

• Heating device

By improving heating efficiency, energy consumption is reduced, and CO2 emissions are lowered. This infrared heating heater achieves both environmental impact reduction and cost savings.

• Other heaters
• Heater

All components are domestically produced, ensuring superiority in terms of quality, delivery time, and cost. This is an infrared heating heater that allows for safe and stable operation.

• Other heaters
• Heater