Electric accompanied by the heat system in the equipment accompanied by the heat preservation application introduction

　　The electric accompanying heat system is a kind of heat insulation method with very high efficiency, and it has wide application prospect in equipment accompanying heat insulation. Its accurate temperature control, energy saving and flexible installation and other characteristics make the electric accompanying heat technology become each industry in equipment heating and heat preservation very good choice.

　　Characteristics of electric accompanying heat system

　　Precise control: electric accompanying heat technology can accurately control the heating temperature of the equipment according to the demand, to ensure that the equipment operates in a constant temperature range, to avoid equipment damage caused by overheating or overcooling.

　　Energy saving: electric accompanying heat technology has higher energy utilization efficiency, reducing energy waste and cost.

　　Flexible installation: electric accompanying heat products can be cut and arranged freely according to the shape and size of the equipment, adapting to the irregular surface of all kinds of equipment, improving the uniformity and coverage of accompanying heat.

　　Electric accompanying heat system in the equipment accompanying heat preservation application

　　Chemical industry: electric accompanying heat technology is widely used in the heating and heat preservation of chemical equipment, maintaining the required temperature in the process of chemical reaction, improving product quality and production capacity.

　　Food industry: electric accompanying heat technology can be used for food heating and heat preservation, such as food heating devices, beverage storage tanks and drying equipment, etc., to ensure that the food in the whole processing process of temperature control and quality maintenance.

　　Energy industry: electric accompanying heat technology can be applied to pipelines, storage tanks and other energy equipment insulation, to prevent the medium in the transmission process of overheating or overcooling, to ensure the safety and efficiency of energy transmission.