SKU 4YI5F-89752

Flexible PCB

Electronic Components

Price on request

No public price on this one — ask the supplier for a quote.

Details

General specification for Flexible PCB Because of the advantages, such as: cost, space, and weight savings, flexible and Rigid-Flex-circuit board shave for some projects, they are used ever more frequently. Additionally, flex circuits can be screen printed silver circuits on polyester. Flexible electronic assemblies may be manufactured using identical components used for rigid printed circuit boards, allowing the board to conform to a desired shape, or to flex during its use. Multi FCB can produce your flexible circuit boards with the highest quality, either as prototypes or in series. For additional technical questions about flexible circuit boards, please contact us. 1. Single-sided flexible printed circuit board Material: PI Single layer Copper:1/2oz, RA copper Cover lay: 1/2-mil PI/25um adhesive Surface finishing: Immersion gold 100% electrical tested Quick turn sample and production lead-time Quotation within 24 hours 2. Split-Flex-FPCB Material: Single sided adhesive less copper clad: 1/2 mil PI,1/3 oz RA copper Cover lay: 1/2 mil PI/25um adhesive Surface finish: Electroless nickel immersion gold plating Shielding sheet: Silver foil Stiffener: 0.20mm PI 100% electrical tested Quick turn sample and production lead time Quotation: within 24 hours 3. Double-sided flexible PCB Type: Double-sided flexible printed circuit board Materials: PI/0.5-mil and ADH/0.5oz Cu (RA) 0.5oz Cu/0.5-mil, ADH/0.5-mil, Cover lay: 0.5-mil PI/1 mil ADH Stiffener: PI Thickness: 0.11mm Surface treatment: ENIG Au: 0.02 to 0.1um Ni: 3 to 5um RoHS requirement 100% electrical tested 4. 5 layers Multilayer flex PCB PI material Multi-layered FPCB Board thickness:0.55mm With 4 mils line width 0.2mm minimum hole size Cover lay: 1/2 mil PI/25um adhesive Surface finish: ENIG Stiffener: 0.20mm PI 100% electrical tested Quick turn sample and production lead time Quotation: within 24 hours 5. Drod force extender doubled sides Flex PCB PI material Board thickness:0.30mm including stiffener 4/4 mils line width/space 0.2mm minimum hole size Surface finish: ENIG Laser cutting 6. China Flex pcb factory for trigger KAPON material IPC 6013 Class 3 Black stiffener 1 oz copper thickness Unit size/mm: 45.16*12.94mm Surface finish: ENIG + plating Hard Gold Laser cutting 7. 4layer Flex PCB for LCM from China pcb factory Hitechpcb POLYIMIDE material with 4 layers flexible printed circuit board H oz copper thickness Stiffener: steel Surface finish: ENIG Min. trace width/spacing: 0.075/0.075mm Punching 8. Hot selling high quality flexible PCB POLYIMIDE material 1 oz copper thickness Stiffener: PI Surface finish: ENIG Min. trace width/spacing: 0.13/0.13mm Laser cutting 9. Flexible pcb for led Light KAPTON material H oz copper thickness Stiffener: PI Surface finish: ENIG Min. trace width/spacing: 0.10/0.10mm Punching 10. 3 layers flexible PCB POLYIMIDE material H oz copper thickness Stiffener: PI Surface finish: ENIG Min. trace width/spacing: 0.10/0.10mm Laser cutting 11. 2 layers Non-Magnetic FPC POLYIMIDE material H oz copper thickness Stiffener: PI Surface finish: OSP Min. trace width/spacing: 0.10/0.10mm Number of bend cycles 100000 12. Black flex printed circuit board POLYIMIDE material color black H oz copper thickness Stiffener: PI Surface finish: ENIG Min. trace width/spacing: 0.15/0.15mm Profiling: Lasering cutting 13. Double sides Flex PCB for keyboard KAPTON material H oz copper thickness Stiffener: PI Surface finish: Immersion Ni/Au Min. trace width/spacing: 0.10/0.10mm Min. hole: 0.25mm

Welcome to NetU.AI

New to NetU? The code creates your account. Already have one? It logs you in.

Continue with Google
or

By continuing, you agree to our Terms of Service and Privacy Policy.

Sebastian NetU's AI assistant

Hi! I'm Sebastian, NetU's AI assistant. Sign in and ask me anything about NetU — finding buyers and suppliers, growing your network, groups, events, and more.

Sign in to ask Sebastian

Prefer a person? Contact support.