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Tinker Tailor

Camouflage Conductive Fabric, 12 x 12cm (Limited Release)

Camouflage Conductive Fabric, 12 x 12cm (Limited Release)

Prix habituel $7.95 CAD
Prix habituel Prix promotionnel $7.95 CAD
Promotion Épuisé
Frais d'expédition calculés à l'étape de paiement.
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Canadian-owned and packed by hand in Nova Scotia, so there's no cross-border duty or brokerage. Shipping rates

Explore conductive textiles with a different look: this camouflage conductive fabric combines woven copper and polyester with a camouflage pattern. Each hand-cut piece measures at least 12 x 12cm, making it a small starting point for comparing materials and trying out a prototype before planning a larger build.

Ships next business day from Nova Scotia · 30-day returns · Questions? cmoz@tinkertailor.ca

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Details

The supplier sells this fabric for EMI and RF shielding. The camouflage pattern offers a visual alternative to plain metallic-coloured conductive fabrics when the material will be visible in your design.

Product details

  • Material: Woven copper and polyester
  • Pattern: Camouflage
  • Size: Each piece is at least 12 x 12cm
  • Cut: Hand-cut, so dimensions vary slightly
  • Supplier-listed applications: EMI and RF shielding
  • Release: Limited trial batch of 3 pieces

Before you build

Use a small test area to check how this fabric works with your design and electrical connections. Shielding performance should be tested in the finished construction rather than assumed from the material alone. The supplier's stated applications are not a guarantee of complete signal blocking.

Help us choose what to stock next

We are trying a limited release of 3 pieces to see whether you would like this fabric to become a regular line. If you purchase a piece, please email us or leave a comment with your feedback. Would a larger piece suit your project better? Let us know: we are considering stocking 25 x 25cm pieces.

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Touch test

Pick a material, then touch or hover over the swatch to try closing the circuit.

LED circuit closed by a test material. Battery positive goes to the LED anode, the LED cathode goes to one edge of the swatch, and the other edge returns to battery negative. Touch the swatch + anode cathode − flat edge + − 3V