This video captures the process of heating a polycarbonate sheet using high-temperature infrared heating with a halogen line heater. Polycarbonate is a resin with high heat resistance and transparency, and when heated, it becomes more flexible, making it easier ...
Read More »Melting of Zinc by High-Temperature Infrared Heating
This video captures the process of melting zinc using high-temperature infrared heating with a halogen line heater, providing non-contact and uniform heating. Zinc is a metal that melts at 419.5°C, and in this video, we observed in real-time how ...
Read More »Melting of Tin by High-Temperature Infrared Heating
This video captures the process of melting tin using infrared non-contact heating with a halogen line heater. Tin is a metal that melts at a relatively low temperature of 231.9°C, and in this experiment, melting was observed to begin ...
Read More »Thermal Expansion and Fracture of Glass under High-Temperature Infrared Heating
This video introduces the process of thermal expansion and fracture of glass under high-temperature infrared heating. Using a halogen line heater, we captured the thermal expansion that occurs when glass is heated to high temperatures and the resulting fracture. ...
Read More »High-Temperature Magnesium Melting Process Using Infrared Heating
This video demonstrates the process of heating magnesium with infrared using a halogen line heater, capturing the high-temperature melting and combustion process. The heating temperature exceeds 650°C, allowing observation of the magnesium melting and burning process. During filming, protective ...
Read More »No.92 Heating metal materials in the powder coating process
[ Problem Point ] We were looking for an alternative heating method to gas burners for heating metal materials in the powder coating process. [ ⇒Kaizen Point ] The hassle of managing gas inventory has been eliminated, and the equipment ...
Read More »No.91 Nanocarbon Material Synthesis
[ Problem Point ] We were looking for a heater that could rapidly heat up for nano carbon material synthesis using existing equipment. [ ⇒Kaizen Point ] Heating can be achieved simply by sandwiching the existing equipment between the halogen ...
Read More »No.90 Formation of oily products by fast pyrolysis
[ Problem Point ] We were looking for a method to heat biomass instantly in rapid pyrolysis, a technology that uses existing equipment to rapidly heat biomass and advance pyrolysis. [ ⇒Kaizen Point ] Heating can be achieved simply by ...
Read More »No.89 Soil moisture measurement by infrared heating
[ Problem Point ] I was looking for a way to shorten the drying time for measuring the soil moisture content. [ ⇒Kaizen Point ] Infrared heating efficiently heats the moisture, reducing the time required compared to conventional methods.
Read More »Melting titanium with halogen line heater: Melting process at 1668℃
This video shows titanium being heated to its melting point of 1668℃ using a halogen line heater. Please check the following site for more information.
Read More »Melting iron with halogen line heater: Melting process at 1536℃
This video shows iron being heated to its melting point of 1536℃ using a halogen line heater. Please check the following site for more information.
Read More »Melting nickel with halogen line heater: Melting process at 1455℃
This video shows nickel being heated to its melting point of 1455℃ using a halogen line heater. Please check the following site for more information.
Read More »No.88 Near infrared moisture measurement
[ Problem Point ] I was looking for a way to measure moisture content without contact. [ ⇒Kaizen Point ] By using linearly focused near-infrared light, the infrared camera is able to properly calculate the moisture content.
Read More »No.87 Thermal vulcanization (curing) of silicone rubber
[ Problem Point ] I was looking for a heat source to thermally vulcanize silicone rubber. [ ⇒Kaizen Point ] Halogen line heaters heat up instantly, so they can be used only when heating is needed, saving energy.
Read More »No.86 Annealing small parts on the production line
[ Problem Point ] We were looking for a way to heat products to high temperatures in a short time on the production line. [ ⇒Kaizen Point ] By heating with halogen line heaters facing each other, heating time was ...
Read More »No.85 Heat resistance testing of materials in the space industry
[ Problem Point ] They were looking for a heating method to test the heat resistance of the spacecraft’s exterior and interior materials. [ ⇒Kaizen Point ] By heating with a halogen heater, we were able to verify whether the ...
Read More »Melting copper with halogen line heater: Melting process at 1085℃
This video shows copper being heated to its melting point of 1085℃ using a halogen line heater. Please check the following site for more information.
Read More »No.84 Heating in wire drawing process
[ Problem Point ] I was looking for a way to heat wire as a replacement for gas heating. [ ⇒Kaizen Point ] Efficient heating was achieved by installing halogen line heaters opposite each other.
Read More »No.83 High Temperature Corrosion Testing
[ Problem Point ] I was looking for a heater to heat up during high temperature corrosion testing. [ ⇒Kaizen Point ] Halogen line heaters can be heated from four directions and installed vertically. Retrofitting is also possible.
Read More »No.82 High temperature tensile test
[ Problem Point ] I was looking for a way to retrofit a tensile testing machine for high temperature heating. [ ⇒Kaizen Point ] Halogen line heaters can be heated from four directions and installed vertically. Retrofitting is also possible. ...
Read More »No.81 Heating precursor gas in semiconductor manufacturing process
[ Problem Point ] We were considering heating the precursor gas in order to make the chemical reaction proceed efficiently on the substrate surface. [ ⇒Kaizen Point ] Heating was done by installing halogen line heaters facing each other. Since ...
Read More »No.80 Drying of silicon powder in the process of recycling waste liquid discharged from the semiconductor manufacturing process
[ Problem Point ] We were looking for a method to dry silicon powder during the process of recycling waste liquid discharged from polishing silicon wafers in semiconductor manufacturing. [ ⇒Kaizen Point ] Non-contact infrared heating suppresses the scattering of ...
Read More »No.79 Preheating carbon fiber reinforced thermoplastic (CFRTP) before molding
[ Problem Point ] I was looking for a method to preheat carbon fiber reinforced thermoplastic (CFRTP) before molding. [ ⇒Kaizen Point ] Since they can be used side by side, the number of heaters can be increased depending on ...
Read More »No.78 Drying dyed fabrics
[ Problem Point ] The maximum setting temperature of the heat setter used to dry dyed fabrics was low, resulting in slow feed speeds and poor productivity. [ ⇒Kaizen Point ] By using a halogen heater, the feed speed was ...
Read More »No.77 Infrared irradiation test
[ Problem Point ] We were looking for a way to simulate the stress caused by heating a sample to high temperatures. [ ⇒Kaizen Point ] Since they can be used side by side, the number of heaters can be ...
Read More »