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Features: The wavelength is controlled at about ~& of infrared radiation. Users can choose heating tubes of different wavelengths according to the material and physical properties of the workpiece to be heated to form the best combination solution.
.The thermal efficiency of the heating tube is very high, and the infrared radiation efficiency can reach more than % at a certain wavelength and direction.
.The thermal inertia of the infrared radiation heating tube is extremely small. It can reach about % of the rated power in ~ seconds after power is turned on. It can operate at full power in about ~ seconds, heating up and cooling down quickly and accurately.
.The heating tube itself is small in size but very powerful. The rated power of a single heating tube can be as high as above. It can be easily made into plate heaters, air heaters, ovens, drying tunnels and other high-infrared heaters. Heating equipment.
. Heating tubes have low cost and long service life. The following heating tubes have a continuous service life of more than 100 hours under rated conditions, and the above heating tubes have a service life of more than 100 hours, which can greatly reduce operating costs.
. Various heating equipment composed of infrared radiation heating tubes can realize automatic temperature control through temperature controllers, thyristor AC power regulators or voltage regulators. Because of its small thermal inertia, the temperature control is rapid and accurate.
.Due to high energy and high density radiation, the time required for heating work and the length of the drying tunnel are greatly shortened, saving the space occupied by the equipment and directly reducing the user's investment in equipment and factory buildings. At the same time, due to its high thermal efficiency, it can greatly save electrical energy and reduce production costs.
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