Flexible LED PCB Strip OSP Antioxidant HQ30128

LED FPC
January 30, 2026
Brief: Want to know how our flexible LED PCB strips deliver reliable performance? This video provides a detailed walkthrough of the HQ30128 model, showcasing its double-layer construction with 5050RGB LED beads and OSP antioxidant coating. You'll see close-up demonstrations of the flexible circuit board, learn about its technical specifications like 60 LEDs per meter and 12V operation, and discover how our manufacturing process ensures quality for your LED strip applications.
Related Product Features:
  • Double-layer flexible PCB with double-sided white film for enhanced durability and reflection.
  • Features 5050RGB LED beads providing vibrant and versatile lighting options.
  • OSP antioxidant coating ensures long-term reliability and solderability.
  • Designed for 60 LEDs per meter density with a compact 10mm width.
  • Operates on DC12V power supply for safe and efficient performance.
  • Suitable for various applications including LED displays and lighting fixtures.
  • Manufactured with precision FPC technology supporting maximum dimensions of 240x500mm.
  • Available in multiple copper foil thickness options to meet specific design requirements.
FAQs:
  • What are the key specifications of the HQ30128 Flexible LED PCB Strip?
    The HQ30128 features a double-layer flexible PCB with 5050RGB LED beads, 60 LEDs per meter, a 10mm width, and operates on DC12V. It uses an OSP antioxidant coating and double-sided white film for enhanced performance.
  • What applications is this flexible LED PCB strip suitable for?
    This flexible PCB is ideal for LED strips, lighting fixtures, LED displays, and other applications requiring durable, flexible circuit boards with high-density LED integration.
  • What manufacturing capabilities support the production of these flexible PCBs?
    We have 16 years of expertise, advanced equipment, and a 20,000 sqm facility with over 800 employees. We offer comprehensive services from design and sample production to batch manufacturing, with double-layer samples completed in 5-7 days.