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By adopting SCS 14, corrosion resistance has improved.
The liquid contact parts are all made of stainless steel, allowing for a long lifespan in heating tanks with a lot of sediment. The plug features the innovative SCS14, designed with a robust structure that is highly resistant to corrosion.
The corrosion on the heater terminal side, which has been a problem until now, is addressed by a manufacturing method that withstands corrosion on the heater surface.
The liquid contact parts are all made of stainless steel, ensuring a long lifespan. The method used is resistant to corrosion on the heater surface, addressing the corrosion issues that have traditionally affected the heater terminal side. The bushings are also made of stainless steel, making them resistant to electrolytic corrosion.
If you throw it in from the top of the trough, it can be easily heated.
The heater element uses stainless steel (SUS316L).
The liquid contact parts are all made of stainless steel, ensuring a long lifespan.
This is a manufacturing method that minimizes corrosion on both the heater terminal side, which has been a problem, and the surface of the heater.
Ideal for heating solutions that are prone to heating and corrosion, which dislike metal ions.
This is a heater covered with a Teflon tube for a sheath heater. It is ideal for heating chemical solutions that are prone to heating and corrosion, which dislike metal ions. It offers excellent thermal efficiency with direct heating.
It has excellent heat resistance and chemical resistance, making it suitable for heating corrosive liquids.
It has excellent heat resistance and chemical resistance, and is suitable for heating plating baths that dislike metal ions and for corrosive solutions because the heating part is made of Teflon and quartz.
Long-lasting products using high-quality insulators.
The finished diameter is set to 12mm, achieving instant heating. This is a long-lasting heater that uses a HIGH QUALITY INSULATOR.
The lamented part uses stainless steel. It employs a HIGH QUALITY INSULATOR.
The heater element uses stainless steel. It has a finished diameter of 12mm, achieving instant heating. This is a long-lasting heater that uses a high-quality insulator.
Long-lasting products using HIGH QUALITY insulators.
The heater element uses stainless steel. It has a finished diameter of 12 mm, achieving instant heating. It is a long-lasting heater that uses a high-quality insulator.
The fin (AERO FIN) also uses stainless steel, just like the element.
The fins (AERO FIN) also use stainless steel, just like the heater element. By attaching fins with an outer diameter of 24.5 mm to a heater with a finished diameter of 12 mm, excellent thermal efficiency is achieved.
I have achieved the best temperature distribution from low temperature to high temperature.
The element is made of stainless steel for long-lasting durability. The heater lead wires, which were previously problematic, now use heat-resistant lead wires. This has achieved the best temperature distribution from low to high temperatures.
It consists of two thin sheets with silicone rubber pressed between two upper and lower glass cloths.
It has excellent flexibility, so it can be used for various shapes of heated objects.
The heating element positioned in the center of the pipe demonstrates excellent performance even at high temperatures.
A sheath heater refers to an electric heater in which a spiral heating element is filled with a highly insulating powder with good thermal conductivity in the center of a metal pipe.
