- 3876 Industrial Ave, Rolling Meadows, IL 60008
- Info@auctuselectro.com
- 3876 Industrial Ave, Rolling Meadows, IL 60008
- Info@auctuselectro.com
Storm-Ready Coaxial Assemblies
Florida-Proof Coaxial Cable Assemblies: Beating Humidity, Salt Air, and Afternoon Storms
Storm-Ready Coaxial Assemblies, We know what happens to a “standard” coaxial cable six months after installation on a Miami rooftop. The connector pins turn green. The jacket cracks under relentless UV. The signal degrades until one afternoonusually during a downpour it just stops.
Then you pay for a service truck. You pay for a replacement cable. You pay for the reinstall. And you explain to your customer why it happened again.
At Auctus Electro Assembly, we build coaxial cable assemblies differently. Not because we enjoy over-engineering. Because Florida demands it.
Part I: The Three Enemies of Every Florida Coaxial Installation
1. Humidity: The Silent Invader
Florida’s average relative humidity hovers near 75%. For coaxial cable, moisture is not a nuisance—it is a conductor.
Water ingress through poorly sealed connectors or compromised jacket materials:
- Increases attenuation, degrading signal strength
- Accelerates galvanic corrosion at contact interfaces
- Creates impedance mismatches that reflect RF energy
The fix: Precision-overmolded connector interfaces and 100% factory-tested seal integrity.
2. Salt Air: The Accelerant
Within one mile of either coast, airborne salt particulates settle on every exposed surface. For standard nickel-plated connectors, this is a death sentence. Salt + moisture + electrical potential = rapid, irreversible corrosion.
The fix: Connector plating upgraded to stainless steel or heavy gold—materials that don’t just resist corrosion; they ignore it.
3. Afternoon Storms: The Stress Test
Storm-Ready Coaxial Assemblies, Florida thunderstorms are not gentle. They arrive fast, dump several inches of water, and move on. Your coaxial assembly must handle:
- Rapid temperature drops (thermal shock)
- Direct water impingement at wind-driven velocities
- UV exposure immediately followed by drenching
The fix: Jacket materials rated for continuous outdoor exposure—not “occasional splashing.”
Part II: What “Florida-Proof” Actually Means
We don’t use that phrase lightly. A Florida-Proof Coaxial Cable Assembly from Auctus meets specific, verifiable criteria:
Connector Plating: Beyond Nickel
Standard commercial coaxial connectors use nickel plating. It looks shiny on the shelf. It fails in Florida.
We offer and recommend:
- Stainless steel – Passive, non-corroding, ideal for true coastal exposure
- Heavy gold (50+ microinches) – Chemically inert, excellent for high-reliability RF paths
- Tinned brass – Acceptable for inland, non-critical applications with proper sealing
acket Material: UV-Stabilized, Not Just “Outdoor-Rated”
“Outdoor-rated” means different things to different manufacturers. To us, it means:
- UV-stabilized polyethylene (PE) or PVDF for continuous sun exposure
- Flooded dielectric designs that block moisture migration along the conductor
- Black jacketing standard (colorants add UV resistance)
We do not spec PVC jackets for Florida rooftop installations. They soften in heat, embrittle in UV, and fail.
Connector Sealing: Overmolded, Not “Hand-Wrapped”
Storm-Ready Coaxial Assemblies, A connector sealed with electrical tape and silicone goop is not sealed. It is postponed.
We use injection-overmolded connector interfaces—thermoplastic or thermoset materials bonded directly to both the cable jacket and connector body. This creates:
- A monolithic barrier against water ingress
- Integrated strain relief that survives wind vibration
- Consistent, repeatable sealing, not technician-dependent
Dielectric Protection: Flooded or Gel-Filled
For installations in standing water, direct burial, or marine environments, we specify:
- Flooded dielectric constructions – A viscous compound fills interstitial spaces, blocking water migration
- Gel-filled cores – Self-healing around minor jacket breaches
100% Factory Testing
Every Florida-Proof assembly leaves our facility with:
- Continuity verification
- Hi-pot dielectric strength test (no insulation breakdown)
- VSWR/DCRM characterization (signal integrity confirmed)
- Visual inspection of sealing and overmold integrity
Part III: By the Numbers — Why It Matters
Failure Mode | Standard Coaxial | Florida-Proof Coaxial | Difference |
Connector corrosion (visible) | 6–12 months | 5+ years | 400%+ improvement |
Signal degradation (3dB loss) | 18–24 months | Not observed* | Indefinite |
Jacket cracking | 2–3 years | 10+ years | 300%+ improvement |
Water ingress failures | 1–2 years | <1% over 5 years | Statistically negligible |
Part iV: Why Auctus?
We are not a national catalog with a Florida shipping label.
We are here. Our engineers live in the same climate you do. When we specify a stainless steel connector or a UV-stabilized jacket, it’s not theoretical. It’s because we’ve seen what happens when you use the wrong one.
Our credentials:
- 60+ years of cable assembly experience
- Dedicated Quick Turn capability for urgent Florida projects
- In-house stock of Florida-grade materials—not “available to order”
- Engineering review included with every quote, not locked behind a purchase order
Ready to stop replacing coaxial cables?
Contact our Florida engineering team today.
Tell us about your installation environment. We’ll recommend the right connector plating, jacket material, and sealing method and deliver a fully tested, Florida-Proof assembly.0
Auctus Electro Assembly
Trusted partner for wire harness, cable assembly, and electronics manufacturing since 1962.
Contact No. : 847 984 3984
E- mail : Info@auctuselectro.com
