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Protection Through Innovation

Defense electronics often need lightweight conductive layers for enclosure shielding, grounding, and static management. Our nickel-plated and standard carbon fiber mats can be evaluated against the program's specified EMI/RFI method.

01

The Industry Challenge

Shielding performance depends on frequency, laminate design, grounding, joints, resin, and the finished enclosure. The mat must therefore be selected and tested as part of the complete system rather than approved from a generic material claim.

02

Typical Components

  • EMI/RFI layers in electronic enclosures
  • Conductive layers in equipment housings
  • Grounding and static-management layers
  • Antenna and radar-adjacent electronic assemblies

03

Key Benefits

01

Nickel-plated option for shielding evaluation

02

Lightweight carbon mat formats

03

Standard and composite mat options

04

Grade-specific data tied to an agreed test method

05

Project-specific width and handling review

06

Sample validation before production approval

04

What to Confirm When Selecting

Fiber performance depends on the finished part and process. Confirm these conditions with our engineers before choosing a grade.

01

Frequency range and shielding test method

02

Grounding, seams, joints, and enclosure design

03

Resin system and environmental exposure

04

Documentation and validation required for approval

Need a Custom Solution?

Our team can review carbon fiber mat specifications for your process.

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