Product Overview

There are numerous methods for industrial heating and drying. Since the energy crisis, countries around the world have been developing various energy-saving and alternative energy technologies to enhance energy efficiency and diversify energy sources. Among these, radiant heating and drying, due to its unique method, has been proven to be an efficient heating and drying technique and is widely used to replace traditional hot-air heating and drying systems. Radiant heating and drying encompasses infrared, ultraviolet, microwave/radiofrequency, electron beam, and laser technologies. Infrared heating and drying utilizes the principle of heat transfer through electromagnetic radiation, heating objects directly to achieve drying. This method avoids energy loss caused by heat transfer mediums, promoting energy conservation. Moreover, infrared heating boasts advantages such as rapid heating, short drying time, increased productivity, improved product quality, and space-saving equipment.

Product Advantages:

          Advantages and Efficiency of Infrared Heating, the infrared drying and heating method has been rapidly accepted and actually used across various levels in recent years. The following are the advantages of the infrared drying method:

(1) Penetrating heat, capable of heating both inside and out.

(2) No heat transfer medium required; excellent thermal efficiency.

(3) Local heating available, energy-saving.

(4) Offer a comfortable working environment.

(5) Saves construction costs and space for the furnace body, with simple and easy assembly, installation, and maintenance.

(6) Clean heating process.

(7) Easy temperature control with rapid heating and enhanced safety.

(8) Low thermal inertia, no need for warm-up, saves labor.

Due to the advantages of infrared heating, it is possible to achieve efficient and uniform heating, thereby obtaining high-quality products.

Product Performance:

         The XHD Far-Infrared Electric Heating Air Furnace is a coal mine equipment with lower investment costs compared to any other standard hot air equipment currently in use. Its thermal efficiency is also higher. It is energy-saving, environmentally friendly, highly safe and efficient, practical, and free of "three wastes." It features stable performance and a long service life. The furnace is controlled by a computerized microprocessor, featuring a human-machine graphical, digital, and curve interface with multi-level menus. It can remotely control the operating quality and status of the hot air furnace, automatically adjust power based on the required temperature, and implement dual effects of automatic equipment control and manual control. This equipment integrates various professional and patented technologies of far-infrared, organically combining the three major elements of heat convection, conduction, and radiation into one.

Technical Features:

Utilizes far-infrared air-sensitive heating technology, with quick response time for hot air and high thermal efficiency.

2. Weighs less than any other currently standard hot air equipment, making it easy for transportation, installation, and debugging in mining sites.

3. The equipment utilizes computerized intelligent control and employs power adjustment technology to effectively manage the operation of high-power heat sources, achieving smooth temperature control without impacting or damaging the power grid.

4. No "three wastes," no harmful gases, no waste residue, no noise, no wastewater.

5. Long lifespan, low operation costs, minimal maintenance fees, no need for dedicated staff, and high safety rating.

Technical Specifications: