Heating Atomization Core with Insulated Lead and Housing

The heating body is constructed as a composite structure combining a thin heating circuit (for high temperature efficiency) with a supportive substrate or framework (providing mechanical strength). This allows the heating element to maintain thin dimensions for rapid heating while the composite structure prevents deformation and maintains structural integrity during operation.

The electrode lead connection system is divided into segmented sections: a flexible extended lead for external connection, a securing member for intermediate fixation, and a stable connection point at the heating body. This segmentation allows the lead to be extended for connectivity while the securing member prevents excessive movement and maintains stable contact throughout the atomization process.

An insulating sheath is introduced as an intermediary layer between the electrode lead and surrounding metal parts. This insulating coating maintains electrical isolation to prevent short circuits while allowing the lead to be positioned and secured within the housing structure. The insulating sheath enables simplified assembly without compromising reliability, as it passively prevents contact without requiring complex positioning mechanisms.

The heating body employs a composite construction where a thin heating circuit layer is integrated with a more robust substrate or support structure. This composite approach enables the production of high-power-density heating elements that maintain adequate mechanical strength for standard manufacturing processes, assembly operations, and quality control procedures.