Ceramic heating plate component structure: embedded ceramic far infrared radiation components, the Department of the enamel layer of the high radiation rate, good thermal shock resistance of ceramic matrix, high-quality heating wire sintering time, their composition are as follows: 
 A matrix: good thermal shock resistance of ceramic materials; 
 Febrile: baked by the high-quality nickel-chromium alloy wire; 
 The enamel layer: good from far outside the radiation performance of metal oxide materials and placed in an appropriate amount of additives to improve the radiation intensity of the adaptability of the glaze. 

 The far-infrared heating plate: 1. Radiative properties: the maximum monochromatic radiation of the component rate of 0.9 to full radiance greater than 0.83. 
 (2) the thermal response time: from room temperature to the radiation plate surface temperature to a constant value of time of not more than 20 minutes. 
 Resistance to thermal cross degeneration: five alternating hot and cold change test, no peeling, no cracking. 
 4 radiating temperature uniformity: ≤ 15% 
 Power error: ≤ 5% under the rated working voltage 
 6. Cold insulation resistance: 500V megger> 2mΩ 
 7 hot insulation resistance: 500V megger> 0.5mΩ 
 Life> 3000 hours. 

 Embedded ceramic far infrared heating plate, in accordance with the guidelines of international advanced technology, coupled with years of research, obtained results. 
 With high technological content, good overall performance, clean, easy to assemble, and acid-resistant, corrosion-resistant, safe to use, long life characteristics. 
 Can be used in vacuum, food baking, health care and other kinds of infrared drying baking, curing, and other occasions in the electronic textile, light industry, 
 Electrical and mechanical chemical, medical, food and other industries with the ideal energy-saving effect, there are significant social and economic benefits. 
 Given a special processing plant according to the special requirements of users.