New in the Shop: Silver Tulle Mesh — A Soft, Sheer Conductive Fabric for Touch and Soft Circuits
When I first started playing with wearables, the hardest part wasn't the code — it was finding a conductive fabric that actually behaved like fabric. Most of what I could get my hands on was stiff, crinkly ripstop stuff that fought you every time you tried to sew a curve. It worked, but it never felt like something you'd want touching skin, let alone something you'd want to wear to a party.
That's exactly the gap our newest fabric fills. Say hello to the Tulle Mesh Silver Sheer & Soft Fabric — a silver-plated nylon knit that's sheer, stretchy, and genuinely soft. It drapes instead of crinkling, it stretches with the body instead of against it, and it still conducts beautifully. If you've been avoiding e-textiles because every conductive fabric sample felt like tin foil, this is the one I'd hand you first.
What it's actually good for
Conductive fabric isn't one material doing one job — it's a toolkit, and different weaves suit different jobs. Here's where this mesh earns its keep on my workbench:
Capacitive touch panels. Because it's so thin and flexible, this mesh makes an excellent capacitive touch sensor — layer it over foam or felt, wire it to a GPIO pin, and read it with touchRead() on an ESP32. The sheerness means you can hide it under a layer of sheer fashion fabric and still get a clean touch response.
Soft circuit tracing. Cut into thin strips, it makes surprisingly tidy traces for soft circuits — especially anywhere you want the circuitry to move with a seam rather than sit rigid against it.
Glove tips and small-area shielding. Because it stretches, it's my go-to for glove-tip touchscreen patches and any spot where a stiffer fabric would crack after a few wears.
It pairs nicely with our WOREMOR Berlin RSX Conductive Fabric if you need both — use the mesh where you want stretch and near-invisibility, and the RSX where you need a firmer, higher-conductivity panel.
How you'd actually use it in a build
Say you're making a capacitive touch cuff. Cut a patch of the mesh about the size of a quarter, tack it to a base fabric with a few straight stitches around the edge (leave one edge open), and slip a strip of conductive thread or a short lead in through that opening to connect it to your microcontroller. From there it's standard touchRead() code on an ESP32 — no different than wiring a copper pad, just a lot more comfortable against skin.
If you're cutting more than one shape, or repeating a pattern across a project, a cutting machine makes this so much faster than scissors. I go through the whole process — settings, backing, common mistakes — in Boost Your Wearable Tech with ScanNCut & Conductive Materials, which is worth a watch before you commit a metre of fabric to a bad cut.
A practical note on care
Like most silver-plated conductive fabrics, treat it gently — hand wash cold if you must wash it at all, lay flat to dry, and keep it away from anything that will tarnish the silver plating (deodorant and chlorine are the usual culprits). It'll hold its conductivity for a long time if you're kind to it.
It's a small piece of fabric, but it solves a real problem: the gap between "technically conductive" and "actually wearable." If you've been putting off a soft-circuit project because the material felt wrong, this might be the one that gets you started.
Grab a swatch of the Tulle Mesh Silver Sheer Fabric and let me know what you build with it — and keep an eye out this Thursday, when I'll walk through a full ESP32 build that leans on conductive fabric for its input.