Description
Composite Structure: Rigid FR-4 substrate layer + flexible PI substrate layer + multi-layer interlayer lamination + precision via hole conduction; Integrated rigid-flex hybrid structure
Layer Range: Standard 2/4/6/8 integrated rigid-flex layers; Custom layered structure design for rigid and flexible zones
Material Matching: Rigid zone: FR-4 high-temperature resistant substrate (Tg≥130℃); Flexible zone: High-flex PI substrate; High-reliability bonding adhesive for rigid-flex transition zone
Precision Processing: Minimum line width/spacing 0.06mm/0.06mm; Minimum via diameter 0.12mm; Accurate alignment of rigid-flex transition boundary
Bending & Structural Performance: Flexible zone supports repeated bending (≥15,000 cycles); Rigid zone has high hardness and flatness, suitable for SMT component mounting
Electrical Performance: Integrated multi-layer circuit transmission, supports high-power and high-speed signal transmission; Stable impedance control, low signal attenuation
Environmental Reliability: Passes thermal shock, humidity resistance, vibration and drop tests; No layer separation or circuit failure in rigid-flex transition area
Key Features: Integration of rigidity and flexibility, no connector needed, high structural integration, high system stability, space and cost saving
Typical Applications: Aerospace equipment, automotive electronics, industrial intelligent terminals, precision medical devices, foldable intelligent electronic products



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