Flexible PCB applications typically include designs where the PCB wraps around other electrical subsystems against the inside of an applications enclosure. Consequently, the material options commonly available for these purposes have specific mechanical, thermal and chemical properties. It is possible to adapt this layer depending on the desired performances, mechanical strength, temperature resistance, bending. we offer rigid PCBs in a range of types, including:

• • Single-layer flexible PCB:
    One conductive copper layer bonded between two insulating polyimide layers
    Example construction: cover-lay/copper/flex core.
  • Double-layer flexible PCB:
    Two conductive copper layers with an insulating polyimide between and external polyimide insulating layers. Plated through-holes provide circuit connection between layers.
    Example construction: Cover-lay/copper/flex core/copper/cover-lay.
  • Multi-layer flexible PCB:
    Three or more up to 8 flexible conductive layers with flexible insulating layers between each one and external polyimide insulating layers
    Plated through-holes provide circuit connection between layers.
    Example construction: Cover-lay/copper/flex-core/copper/adhesive/flex-core/copper/cover-lay.

  Flex Core Materials:
  Standard thicknesses: 1/2 mil to 3 mil in either adhesive or adhesiveless constructions.
  Standard copper thicknesses: 1/3 oz to 2 oz in rolled annealed or electro deposited formats.
  Cover-lays:
  Standard thickness: 1/2 mil to 2 mil polyimide, with 1/2 mil to 2 mil epoxy or acrylic adhesive
  Stiffeners:
  Component support or ZIF connector thickness requirements
  Materials: polyimide, FR4, stainless steel, aluminum.
  PSA (pressure sensitive adhesives) available for attachment purposes.
  EMI/RF shielding films available.