The double-ended straight rod electric heating tube is bent into the desired shape based on the usage environment. If fixing is required, threaded fasteners can be welded. The selection of double-ended straight rod electric heating tubes for air dry burning can be based on the temperature resistance required. A temperature control system is needed during use to ensure the service life of the H4std oven heating tube.
● In drying processes, electric heating tubes are used to dry wood, paper, printing and dyeing, paint, etc.
● In metal heat treatment processes, for melting heating of saltpeter and other salt substances.
● Melting low melting point alloys, etc.
● Building heating.
● Heating flowing air and static air.
● Infrared radiation heating devices.
● Low-temperature electric furnaces (industrial electric furnaces with air circulation, electric oven boxes, etc.).
● In the food industry, electric heating tubes are used to bake various breads, biscuits, pastries, and as electric heating devices in conveyor tunnels.
● In plastic product processing and molding extrusion devices and rubber product molding vulcanization devices.
● In medical and health disinfection equipment, such as sterilizers, disinfectors, etc.
● Heating of motor vacuum impregnation equipment, enameled wire drying devices, etc.
Air Heating Tube ManufacturerAir Heating Tube Manufacturer We initially thought we could simply follow the customer's requirements and choose SUS310S material. But then we reconsidered; the parameters provided by the customer contradict the working environment. Under the working environment, due to its own surface load being fixed, the heating tube will never reach 800°C.
Therefore, we pointed out the design error to the customer and asked if the previously purchased heating tubes also failed to reach 800°C no matter how they were heated. The customer finally responded that they had indeed encountered this problem before, only reaching about 600°C, so they thought it was a heating tube issue and sought another manufacturer.
