Typical Application Cases
Automotive Interior Manufacturing
Application Scenarios: Heat sealing of automotive seat ventilation bags, sealing strips, and interior parts.
Case Details:
TPU Material Processing: The dual-slide heat sealing machine uses high-frequency electromagnetic field induction heating technology to quickly melt TPU material, achieving sealed welding of ventilation bags. TPU, due to its flexibility, wear resistance, and weather resistance, has become the preferred material for automotive interiors.
PVC Material Processing: The equipment supports heat sealing of PVC materials, meeting the demand for low cost and high processing performance, and is widely used in automotive sealing strips and interior trim parts.
Mixed Material Processing: It can process mixed materials containing more than 10% PVC, adapting to the production needs of multi-material combinations and improving the flexibility of manufacturers.
Outdoor Products Production
Application Scenarios: Sealing welding of outdoor equipment such as car mattresses, inflatable mattresses, life jackets, and tents.
Case Details:
High-Frequency Heating Technology: A 27.12MHz high-frequency electric field polarizes the molecules inside the material, generating heat through friction. The heating speed is extremely fast (reaching the melting point within seconds), and the heat is concentrated on the contact surface, avoiding material deformation or heat damage.
Intelligent Temperature Control System: Equipped with a high-precision temperature sensor and PID control algorithm, ensuring temperature fluctuations within ±1℃, guaranteeing weld strength and sealing (e.g., tensile strength exceeding 85% of the substrate, air leakage rate ≤0.01MPa/24h).
Water Sports Equipment
Application Scenarios: Sealing processing of products such as kayaks, inflatable pools, and water buoys.
Case Details:
High-Efficiency Production: The dual-slide design allows for continuous operation even when personnel are not present, increasing single-unit capacity by 50%-100% compared to single-station models.
Durability: High-frequency heating technology saves 30%-50% more energy than traditional resistance heating, while reducing material thermal damage and extending product lifespan.