09,22,2026 16 views
Wuhan Gete Large Vertical High Temperature Oven (Double Door Oven) is an industrial drying equipment composed of angle steel, stainless steel plate, and cold steel plate, mainly used in industries such as plastics, chemical, pharmaceutical, food, and electronic appliances. Its working temperature range is 5-300 ℃ higher than room temperature, with a temperature control accuracy of ± 1 ℃, and it has functions of baking, drying, heat treatment, and sterilization.
The air circulation system of the large vertical high-temperature oven adopts a fan circulation air supply method, and the air circulation is uniform. By applying the principles of physical thermodynamics, the air source is driven by a circulating air supply motor (using a contactless switch) to drive the wind turbine through a heater, and then the hot air is sent out through an air duct to the interior of the oven. The used air is then sucked into the air duct to become the air source for further circulation and heating. Ensure indoor temperature uniformity. When the temperature value swings due to the action of opening and closing the door, the air supply circulation system quickly resumes operation until it reaches the set temperature value.
Customized solution for large vertical high-temperature oven
Flexible size: The outer box size can be customized from small to large industrial ovens, suitable for laboratory or production line needs.
Function extension: Supports hot air circulation, vacuum drying, multi temperature zone vertical temperature control, and built-in curing process database.
Industry adaptation: covering scenarios such as mold welding rod drying, jewelry porcelain baking, and farm disinfection, some models are compatible with gas or electric heating.
Purchase reference
Economy type: Basic 220V/800W small oven (about 5000~9800 yuan), suitable for laboratory or medical sterilization.
Industrial grade: Large hot air circulation oven (19000-25000 yuan), suitable for batch processing or high-temperature processes.
Requirement: Recommend dynamic vacuum compensation or temperature control models to ensure process stability.
