Single-Sided Flex
Type I — Most Common
One conductor layer on KAPTON polyimide. Most cost-effective construction. Up to 500 million flex cycles for static and dynamic applications.
Double-Sided Flex
Type II / V — Mil-Spec
Two conductor layers enabling crossover connections and component placement on both sides. With or without plated through holes.
Multilayer Flex
3+ Layers — High Density
Trace/space to .0015″. Microvia to .001″. Discontinuous lamination for maximum flexibility. Aerospace and medical high-density applications.
Rigid-Flex Circuits
Hybrid — Defense Grade
Rigid and flexible substrates in one structure. Eliminates connectors. Preferred by aerospace and military designers for 3D packaging.
Aerospace & Military
ITAR Registered
Mission-critical flex circuits for defense programs. ITAR registered. ISO 9001:2008 certified. 30+ years serving defense contractors.
Assembly & Turnkey
Standard & RoHS
In-house SMT and through-hole assembly. Standard and RoHS compliant. Component sourcing. From bare circuit to tested, certified unit.
Why GC Aero Flex
Built for Performance.
Delivered on Time.
GCA Flex has manufactured flexible circuits in-house for over 30 years. We get it right the first time and keep it right — that is why customers stay with us for decades.
ISO 9001:2008 Certified
ITAR Registered
In-House Manufacturing
Rapid Prototyping
30+ Years Experience
Long-Term Programs
CMMC Level 2 — In Progress
Actively pursuing Cybersecurity Maturity Model Certification Level 2, expected November 2026 — meeting DoD supply chain security requirements for defense contractors.
Common Questions
Flex Circuit FAQs
What types of flexible circuits does GC Aero manufacture?
How long has GCA Flex been in business?
Does GCA Flex offer rapid prototyping?
What certifications does GCA Flex hold?
What industries does GCA Flex serve?
Further reading: flexible printed circuits.
Further reading: History.
Further reading: Request an FPC quote.
Further reading: our corporate social responsibility initiatives.
Further reading: Blog.
Further reading: flex circuit material specifications.
Further reading: Definitions.
