2024-10-18
The structural features of the chimney kerosene heater are mainly reflected in the safety, efficiency, and ease of operation and maintenance of its design. The following is a detailed analysis of its structural features:
Anti-leakage structure: The oil tank is cleverly arranged around the pillar and leaves a wick impregnation space. The oil tank is provided with a fuel through hole, through which kerosene can flow into the wick impregnation space. When the chimney kerosene heater falls to the ground, its structural design can delay and reduce the leakage of kerosene, thereby reducing safety hazards.
Buffer space design: The top element is placed around the pillar and above the oil tank, thereby forming a buffer space between the top element and the oil tank. This buffer space is connected to the wick impregnation space, further enhancing the safety and stability of the structure.
Wick burning system: The wick has a lower part and an upper part, the lower part is immersed in the wick impregnation space, and the upper part is exposed upward between the pillar and the top element. Kerosene rises to the upper part through the capillary action of the wick and burns, thereby providing a stable heat source.
Heat dissipation: The chimney design helps dissipate heat and exhaust smoke, allowing the chimney kerosene heater to work more efficiently.
Structural design: The overall structural design of the chimney kerosene heater is reasonable, which is convenient for users to carry out daily operation and maintenance.
Easy to clean: Due to its simple and clear structural design, users can easily clean the kerosene heater to keep it in good working condition.
