Let’s explore “temperature” which is the most important unit when using a temperature controller. It is said that Galileo Galilei made the first attempt to quantitatively express the temperature of an object. Without “quantification”, reproducibility cannot be obtained. This is ...

When it heat something, there is a “just right temperature”. For example, Tempura Leaf tempura ：160℃ Vegetable and fish ：170-180℃ Twice fried like French fries and fried chicken ：190℃ The optimum temperature are known. Tempura fried at the right temperature ...

This video is a heating, melting and vitrification of Iron manganese (Wolframinate) by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Turquoise by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Silicified wood by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Lithia pyroxene (Spodumene) by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Siderite by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Iron tourmaline (Schorl) by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Rhodochrsite by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Pyrrhotite by the Halogen Point Heater. Please check the following site for more information.

■□■━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━■ □■　   Heat-tech News Letter – Vol. 026　 2020-01-15                            □■ ■━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━■□■ □ INDEX ■1. Guidance of the new product ■2. Guidance of the HEAT-TECH Online Seminar ■3. Guidance of new applications ■4. Movie Library ■5. Editor’s note ┏━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━┓ ■1. ...

This video is a heating, melting and vitrification of Magnesite by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Amphibole (Hornblede) by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Goethite by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Dolomite by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Cordierite by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Calcite by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Barite by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Biotite by the Halogen Point Heater. Please check the following site for more information.

This video is a heating, melting and vitrification of Silicic plaster (Anhydrite) by the Halogen Point Heater. Please check the following site for more information.

[ Problem Point ] The affinity of the metal thin film was not good. [ ⇒Kaizen Point ] The metal was heated and activated, and the affinity was improved.

[ Problem Point ] The hydrophilicity of the resin was not good. [ ⇒Kaizen Point ] Gas was brought into contact with the resin and irradiated with a halogen line heater. A synthetic thin film was formed on the surface, ...

[ Problem Point ] There was no easy precision heating method for semiconductors. [ ⇒Kaizen Point ] It was heated to a high temperature using a halogen point heater. Stabilized heating at an arbitrary temperature by feedback control with near ...

[ Problem Point ] There was no easy precision heating method for semiconductors. [ ⇒Kaizen Point ] It was heated to a high temperature using a halogen point heater. Stabilized heating at an arbitrary temperature by feedback control with near ...

[ Problem Point ] There was nothing that could heat the dummy gas at any temperature. [ ⇒Kaizen Point ] A air blow heater was used. Since there is a controller that can automatically control the temperature and hot air ...