Telecoms & IoT | Conformal Coating, Parylene & ProShieldESD

Compact, Outdoor & RF-Sensitive Electronics—Protected

Our telecoms & IoT conformal coating and Parylene solutions protect radios, gateways, small cells,
base-station modules, and edge devices exposed to condensation, dust, UV, and temperature swings. We balance
ruggedisation with RF performance—using ultra-thin, uniform barriers that minimise mass and dielectric impact.

For reference frameworks, see IPC, IEC (IEC 60529 IP ratings), the ESD Association (ANSI/ESD S20.20), and ETSI environmental classes (e.g., EN 300 019).

Compact IoT PCB with RF shielding can and gold connector protected by conformal coating, Parylene, and ProShield ESD solutions

Telecoms & IoT Conformal Coating Challenges

  • ✅ Outdoor exposure: condensation, humidity, UV, and particulates
  • Temperature swings in cabinets, poles, rooftops, and street furniture
  • Compact enclosures: tight keep-outs around RF paths, LEDs, and connectors
  • RF performance: low-Dk, thin protection to minimise detuning and loss
  • Throughput & traceability for volume rollouts and field service

Telecoms & IoT Conformal Coating & Parylene Solutions

Conformal Coatings for Radio & Edge Devices

Liquid coatings protect logic boards, power stages, and mixed-signal assemblies cost-effectively.

  • Acrylic – Fast, economical moisture barrier
  • Silicone – Excellent thermal cycling and vibration resilience
  • Urethane/Epoxy – Chemical resistance for urban/industrial atmospheres

Explore: Conformal coatings

Parylene for Antennas, Sensors & Compact RF

Parylene provides uniform, ultra-thin, pinhole-free films that preserve RF paths and fine features.

  • Minimal RF impact – Thin dielectrics avoid antenna detuning
  • True conformality – Edges, vias, cavities, and 3D structures
  • Grades N/C/D/F tuned for clarity, moisture, and chemical resistance

Explore: Parylene Coating

ESD Control with ProShieldESD

Durable conductive-polymer coatings for manufacturing and service centres.

  • ✅ ESD-safe floors, walls, benches, fixtures, trays, packaging
  • ✅ Complements board-level coatings
  • ✅ Supports ANSI/ESD S20.20 programmes

Explore: ProShieldESD

Services & Support

  • ✅ Subcontract coating for pilots and rollouts
  • ✅ Process development, equipment, and training
  • ✅ Metrology: thickness, adhesion, ionic contamination, visual QC

Contact: SCH Services

Standards & Compliance (IPC / IEC / ETSI / ESD)

  • 📘 IPC – IPC-CC-830, IPC-A-610
  • 📘 IEC – IEC 60529 IP ratings
  • 📘 ETSI – EN 300 019 classes
  • 📘 ESD Association – ANSI/ESD S20.20

Telecoms/IoT Coating Process

  1. Assessment & Selection: environment, RF keep-outs, test plan
  2. Masking & Prep: boots/shapes/tapes, cleaning, bake-out
  3. Application: spray, dip, or Parylene deposition
  4. Cure & De-mask: thermal/UV cure, careful removal
  5. Inspection & Test: thickness, adhesion, ionic & visual checks
  6. Documentation: travellers, inspection records, quality packs

Benefits of Telecoms & IoT Conformal Coating

  • ✅ Reliable outdoor performance in compact enclosures
  • ✅ Thin, uniform barriers that preserve RF behaviour
  • ✅ Lightweight alternative to potting/encapsulation
  • ✅ Documented, traceable processes for large deployments

Example Application / Case Study

  • 🎯 Objective: Protect 5G small-cell radio boards
  • 🧪 Approach: Silicone + Parylene, verified to IP & ETSI standards
  • Result: Improved outdoor reliability with stable RF

Talk to an Expert

Next step: Share your drawings, BOM, and RF/environmental targets for a tailored coating plan.

📞 +44 (0)1226 249019 | ✉ sales@schservices.com | 💬 Contact us

Related solutions: Conformal coatings · Parylene · ProShieldESD

FAQs

Will coatings affect antenna performance?

Using ultra-thin, low-Dk materials (e.g., Parylene) and careful keep-outs minimises RF detuning. Verified with testing when needed.

Can you coat compact IoT devices without blocking LEDs or connectors?

Yes—custom masking (boots/shapes/tapes) preserves indicators, optical windows, and connector interfaces.

What thickness do you recommend for telecoms/IoT boards?

Typically 25–50µm for liquid coatings; 10–20µm for Parylene. Final values depend on environment and RF constraints.

Why Choose SCH Services?

Partnering with SCH Services means more than just outsourcing — you gain a complete, integrated platform for
Conformal Coating, Parylene & ProShieldESD Solutions, alongside equipment, materials, and training, all backed by decades of hands-on expertise.

  • 🚗 Automotive Expertise – Proven on ECUs, inverters, BMS, sensors, and power modules.
  • 🛠️ End-to-End Support – Selection, masking, application, inspection, ProShieldESD integration.
  • 📈 Scalable Solutions – Prototype to high-volume production with documentation.
  • 🌍 Global Reach – Responsive technical support across Europe, North America, and Asia.
  • ✅ Proven Reliability – Quality and consistency across services and materials.

📞 Call: +44 (0)1226 249019
Email: sales@schservices.com
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