The susceptor is a fundamental functional component in novel tobacco systems, responsible for uniformly and controllably heating tobacco within a precise temperature range to release flavor compounds and generate aerosols. Its performance directly determines taste consistency, user safety, and overall product lifespan.

      As the core heating element inside the cartridge, this product is engineered for long-term stable operation under high-frequency, high-temperature conditions. Through optimized material selection and structural design, it delivers excellent thermal response speed, precise temperature control, and strong oxidation resistance within the typical operating temperature range, effectively preventing performance degradation caused by material aging or thermal drift.

      Manufactured using high-cleanliness processes in controlled environments, the product strictly adheres to international quality management standards for electronic components. Every batch undergoes multiple rounds of aging tests and electrical performance verification to ensure resistance stability, heating consistency, and long-term reliability, meeting the stringent requirements of major global HNB platforms for core components.

      Since entering mass production in 2021, this susceptor has been integrated into multiple HNB products successfully launched in mature markets including Japan and South Korea, supporting brands in achieving rapid market penetration. Data shows that one international brand captured over 8% market share within just five months of its launch in Japan, rising to 14.6% after one year—significantly outperforming competing products. In 2024, global HNB shipments from leading companies exceeded 140 billion units, while China’s potential annual demand is projected to reach 1.2 trillion units, indicating broad market prospects.

      The company has established deep partnerships with several leading domestic novel tobacco enterprises, providing customized susceptor solutions for their HNB products scheduled for overseas launch in 2026. We can flexibly adjust design parameters based on varying cartridge power requirements, temperature control logic, and spatial constraints, helping clients efficiently complete product development and advance their global expansion strategies.