ARN New Products Designed With Cavity Insulation Packaging To Reduce Structural Volume

Product features:
1. Adopting an internal mortise and tenon structure and a metal guide groove with anti slip buckles, an embedded ceramic structure, and one key insulation.
2. The built-in ceramic insulation cavity adopts precision grinding technology and is equipped with a thermistor positioning device to ensure consistent reliability of the product.
3. The ceramic body head is metalized using ceramic metallization technology and laser welded directly to the ceramic insulator with the aluminum shell. Stable and consistent internal structure
Extremely high reliability without damaging the internal insulation structure and appearance structure.
4. Use ceramic metallization technology to metalize the ceramic body head, with a ceramic layer in the middle of the head metallization to isolate it from the insulation cavity, achieving insulation separation
To comply with the national 3C safety regulations, strengthen insulation and cancel ground setting.
5. Use aluminum coated ceramic metallization to increase the thermal conductivity of the ceramic, use flat thermistors to increase the thermal conductivity area of the ceramic, and adopt
Long term high temperature resistance of 300 degrees, thermal conductivity, silicone adhesive insulation. Ensure its temperature sensitivity and consistency, as well as its insulation reliability.
6. Adopting cavity insulation packaging to reduce structural volume, lower production costs, improve production efficiency, and achieve fully automated production.
 
Scope of application
Electrical appliances such as hanging irons, irons, kettles, coffee makers, wall breaking machines, rice cookers, pressure cookers, various boilers, heating elements, etc. that require precise temperature measurement in small spaces