Structural Composition
Pot body: Welded from inner and outer pot bodies, both made of stainless steel such as 06Cr19Ni10. They are welded using a full penetration structure as specified to ensure sealing performance and strength.
Jacket: Located between the inner and outer pot bodies, it is used to fill heat-conducting oil. Electric heating tubes are installed in the jacket to provide heat source for heating materials.
Tilting mechanism: The tilting jacketed pot is composed of a worm gear, worm, handwheel, bearing seat, etc. By shaking the handwheel, the pot body can be tilted to facilitate unloading.
Support: Used to support the pot body, there are different forms such as tilting frames and vertical supports. The tilting frame is composed of an oil cup, bearing seat, support, etc.
Electric control box: Contains a temperature control system. It monitors the temperature of the heat-conducting oil through temperature sensors such as PT100, and can automatically control the operation of the electric heating tube according to the set temperature to achieve precise temperature adjustment.
Working Principle
After the electric heating jacketed kettle is powered on, the electric heating tube generates heat to heat the heat-conducting oil in the jacket, and then the heat-conducting oil transfers the heat to the materials inside the kettle body, achieving pressure-free heating. At the same time, the stirring device rotates under the drive of the motor, causing the materials to continuously turn over and fully exchange heat with the kettle body. The temperature control system monitors and automatically adjusts the temperature in real time to ensure that the materials are processed in a stable temperature environment.
Features
Uniform heating: Large heating area and high thermal efficiency enable uniform heating of materials, avoiding local overheating or scorching.
Controllable temperature: The heating temperature can reach around 260 degrees, and the temperature can be precisely controlled through the electric control box to meet different process requirements.
Easy operation: Simple structure, easy installation, equipped with temperature display and control devices, making operation convenient and safe to use.
Wide application: There are various discharging methods and stirring devices to choose from, suitable for processing a variety of materials, and can be used for boiling water, stir-frying dishes, cooking porridge, melting sugar, boiling braised products and other operations.
Application fields
Food industry: Used for simmering sauces, syrups, fillings, boiling and braising products, etc., which can improve the taste and quality of products.
Pharmaceutical industry: Can be used in the production of external ointments, etc., mixing various raw materials and heating them for simmering to ensure the ointment has a uniform and delicate texture.
Chemical industry: Used in processes such as heating, mixing and reacting chemical raw materials, providing a stable heating environment and good stirring effect.
