Stainless steel heating plate (high-temperature technology)

Introduction to Stainless Steel Heating Plate (High Temperature Technology)

Stainless steel electric heating plate is an electric heating device that wraps a resistance heating wire around a mica plate (mica sheet). Mica plate (mica sheet) heater utilizes the good insulation performance and high temperature resistance of mica plate (mica sheet). It uses mica plate (sheet) as the skeleton and insulation layer, supplemented by galvanized or stainless steel plate for support and protection, and can be made into various types of heating devices such as plate, sheet, cylinder, cone, cylinder, circle, etc. The normal surface load is 2.5-3W, and it can withstand a temperature of 500 ℃.

Characteristics of Stainless Steel Heating Plate (High Temperature Technology)

1. High temperature resistance. Mica board can withstand high temperatures up to 600 ℃;

2. Good insulation performance. Insulation resistance greater than 100M Ω;

3. Lightweight and thin in thickness. Small size, high power;

4. It can be conveniently and easily designed into various shapes according to needs, with low cost.

Application of Stainless Steel Heating Plate (High Temperature Technology)

1. Widely used in household appliances such as rice cookers, microwave ovens, electronic disinfection cabinets, hair dryers, irons, etc;

2. Widely used as heating components in various machinery and equipment, such as laminating machines, copiers, printers, fax machines, etc;

3. Heating applications in various industries and agriculture, such as mold heating, plastic machinery, and other heating and drying devices.

Technical characteristics of stainless steel heating plate (high-temperature technology)

1. The stainless steel heating plate itself has a thickness of only 4mm and is used in situations with limited installation space;

2. The heating elements of the stainless steel heating plate are arranged in a uniform winding manner, which significantly improves the uniformity of the surface temperature of the heating plate;

3. The outer surface of the stainless steel heating plate adopts a metal plate as the surface sheath, which has strong mechanical properties and compressive strength;

4. The multi-layered reinforced insulation structure inside the stainless steel heating plate ensures excellent electrical performance;

5. Stainless steel heating plates can heat objects through contact between them, resulting in high energy efficiency and high heating efficiency.

Stainless steel heating plate (high-temperature technology)Project Case

Guodian Environmental Protection - Ammonia Escape Online Monitoring Instrument