Advanced materials

OrbitalGuard™

Protection, engineered into the interface.

Thin material architectures for electromagnetic shielding and multifunctional interfaces, developed around the requirements of a specific component or assembly.

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01 / RESEARCH DIRECTION

Understand
the approach.

OrbitalGuard combines conductive and nanocomposite layers. Layer selection, electrical contact and integration into the host assembly are part of the engineering problem. OG-19 and PI63 are distinct configurations and must be evaluated separately.

02 / CONFIGURATIONS

Explore the
design pathways.

Choose a configuration to examine its engineering focus.

OG-19

A thin copper and nanocomposite configuration for interface investigations.

Nominal stack thickness: 19 µm
Copper layer: 9 µm
Fe₂O₃ and CNT nanocomposite layer: 10 µm
Integration focus: Defined contact, bonding and assembly geometry

03 / APPLICATION PATHWAYS

Start with
your application.

Select a pathway to see the integration and evaluation considerations.

Telecom radio assemblies

The challenge

Limited space for shielding interfaces in radio electronics and enclosure assemblies.

Integration focus

Investigate a defined internal partition, conductive liner or enclosure interface. Establish the grounding arrangement and the exact incumbent component to compare.

Evaluation direction

Use the assembly’s frequency-dependent EMC requirements and compare the complete installed configuration, including seams, contacts and durability.

Discuss this application ↗

04 / EVIDENCE & EVALUATION

Define what
success looks like.

The dimensions above are nominal company configuration references, not a released customer specification. Shielding effectiveness depends on frequency, specimen configuration and assembly integration. Request the evidence applicable to your intended configuration.

Prepare for a technical discussion

Bring the operating context and constraints. We can then identify a relevant development or evaluation pathway.

Target frequency range and assembly EMC requirements
Available thickness and intended attachment method
Grounding, electrical isolation and corrosion constraints
Incumbent configuration and comparison criteria

Prepare an inquiry ↗

Submit an inquiry and receive a reference once it is stored.

OrbitalGuard™

Understandthe approach.

Explore thedesign pathways.