Automatic high-frequency (HF) welding demonstrates broad applicability in automotive interior components, with specific applications as follows:
1. Automotive Seat Components
- Seat Embossing: Performs surface embossing on car seats to enhance aesthetic appeal and texture.
- Ventilation Bags: Welds seat ventilation bags, achieving peripheral sealing by sandwiching a mesh ventilation net material between two layers of TPU film, while synchronously performing trimming and edge cutting. Ensures firm and visually clean welding.
- Lumbar Support Airbags: Seals TPU lumbar airbag edges to guarantee airtightness and safety.
- Seat Backrest Cushions: Welds seat backrest cushions to secure their attachment to seats.
2. Sunshade Components
- Sun Visors: Enables welding processes such as edgeless welding and border wrapping for sun visors, ensuring structural integrity and functionality.
- Sunshade Curtains: Welds automotive sunshade curtains to improve quality and durability.
3. Door Panel Components
- Door Panels: Suitable for heat-sealing welding of door panels. Capable of welding materials such as 30% PVC fabric with sponge, laminated cardboard, and PVC fabric interiors. Equipment and molds can be customized to match door panel dimensions.
- Window Fog Screens: Executes heat-sealing welding and trimming processes for automotive fog-resistant curtains.
4. Floor Mat Components
- Floor Mats: Welds and embosses floor mats (e.g., PVC spray-molded mats), enhancing durability and aesthetics through thermo-embossing.
- Carpet Mats: Performs HF welding on carpet floor mats for shaping and sealing.
5. Other Interior Components
- Interior Panels: Includes edge wrapping and shaping processes, applicable to welding hard-shell vacuum-packed interior panels.
- LED Light Strips: Welds automotive LED light strips to ensure secure connections and airtightness.
- Cargo Covers: Welds automotive cargo covers to enhance quality.
- Steering Wheel Covers: Ensures secure welding of steering wheel covers to prevent detachment or damage during use.
This technology ensures precision, reliability, and aesthetic consistency across diverse automotive interior applications.
