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- Spray Booth Heating Type
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- Diesel Oil Burner of Spray Booth During the drying process, the oil nozzle of the burner can make fuel oil be atomized, which allows flame to be formed with the help of electric spark. A flame burns in a stainless-steel heat exchanger, and then the thermal energy is formed. After the interchange of heat in the thermal energy converter, the cold air will be sent by a supply fan to the air chamber on the top of the spray booth. After the hot air is filtered and purified, its temperature is lowered. Then, the temperature in the spray booth is gradually increased to a predetermined value.
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- Gas Burner of Spray Booth In the paint spraying process, the gas nozzle of the burner serves to eject the fuel gas. After electric spark ignition, flame can be formed. A flame burns in a stainless-steel heat exchanger, and then the thermal energy is formed. The cold air will be transported by the supply fan to the air chamber on the top of the spray booth, after heat exchange in the thermal energy converter. Through filtration and purification, the temperature of hot air is uniformly lowered, which allows the spray booth to be gradually heated to a predetermined value.
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- Radiant Heater of Spray Booth The high temperature far-infrared radiator with wide wavelength range is a high-end technology, which synthetically applies the thermal power, far infrared, electromagnetic field, and thermal photon beam for the heat treatment of objects being processed. The objects to be heated are directly radiated without the media conversion. Then, any object can be penetrated rapidly, and the coating is allowed to be solidified from the inside to the outside. This method is different from the conventional way that the fuel-oil type paint spray or the ordinary electric-heating type paint spray adopts the outside-in drying method.
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- Infrared Lamp Heater of Spray Booth The infrared lamp heater of spray booth is widely applicable for the industrial heating or drying process. For instance, it is suitable for the surface heating, drying, and solidifying process in diversified industries, including automobile, plastic, printing, glass, textile, food, metal parts, circuit-board encapsulation, photographic film, and electronics, among others. The transparent or translucent quartz glass is used as the casing of the light tube, which can produce the near-infrared or far-infrared radiation. Infrared radiation is a form of electromagnetic radiation. It is spread at the speed of light, and carries ultra high energy.
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- Fin Heater of Spray Booth The fin heater of spray booth adopts a variety of materials including high-quality stainless steel, modified protactinium oxide powder, high-resistance electro-thermal alloy wire, stainless steel cooling fin, and some others. It is made in use of advanced production equipment and technique. This series product can be installed in the supply cabinet or other heating places with static or flowing air. It is desirable for the medium and high temperature of drying process at the temperature of at most 250 degrees Celsius.
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- Hot Water and Steam Heater of Spray Booth The hot water and steam heater of spray booth refers to the finned-tube air heat exchanger. It is mainly used for heating air in the drying system, thus being the major device for heating air. The radiator can use steam, hot water, or heat-transfer oil as the thermal medium. The working pressure of steam is generally at most 0.8MPa, and the temperature of hot air is lower than 150 degrees Celsius The fin type radiator is basically composed of three rows of multiple rows of helical finned tubes.
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