What is the working principle of heating paraffin oil drums?

By heating the liquid inside the barrel, condensed water is not easily removed, such as adhesives, grease, asphalt, paint, paraffin, oil, and various resin raw materials in the barrel. Heating in the barrel reduces the uniformity of viscosity and reduces pump technology. Therefore, the device is not affected by seasons and can be used year-round.
Oil drum heaters are used for heating, heating, and insulation of oil tanks, pipelines, drums, and other equipment. It can be directly wrapped around heated parts, making installation and disassembly convenient. Especially suitable for the dissolution of paraffin to prevent winter grease objects such as wax. When the heater is suspended from still air at 20 ° C, its surface temperature is 150 ° C. The temperature of the heater may vary depending on the usage environment, the material and shape of the heating object.
This device relatively extends the length of the testing section and can be used for long-distance transportation simulation testing. The bending radius of the test ring is increased, and the influence of centrifugal force and centripetal force on the conveying medium is offset. A thermostat that can transfer media and pipelines. Study the effect of uphill or downhill on mixed oil parameters.
Arrange twisted, twisted, and zigzag closed steel rings in order of pump section, working section, and temperature compensation section. In the working section, the pipeline between the temperature compensation section and the booster pump and the regulating valve is wrapped in thermal conductive cement, and the electric heating belt and refrigeration pipe are wound axially in the thermal conductive adhesive along the loop. On the outer side of the heat, a non-contact flow meter is installed on the working section, which is not only a non-contact colorimeter, but also a temperature sensor.
The oil drums we produce are lightweight, lightweight, and flexible By using this heater, heat can be transferred to any desired location, thereby improving heat transfer, accelerating heating speed, and reducing power requirements. Glass fiber reinforced silicone rubber provides you with the stability of the heater size without losing flexibility. 1. Features: (1) Design based on actual shape and size, including three-dimensional geometric shapes to meet your device needs. (2) Moisture resistant silicone rubber material can provide longer heater life. (3) Easy to apply and adhere to parts through curing, adhesives, or fasteners. Application: (1) Anti freezing and pressure resistance, suitable for various types of equipment and equipment. (2) Provide medical equipment, such as blood analyzers, test tube heaters, etc. (3) Computer assisted equipment such as laser printers.