All Products

SKU: AF-641

A 3-ply conductive thread made entirely from 316L stainless steel fibre. Thin enough to sew by hand with a medium-eye needle, yet strong and smooth — ideal for wearable electronics, e-textile projects, and sewable circuits. With a resistivity of approximately 10 ohms per foot, this thread can dr...

SKU: DF-FIT0746 · MPN: FIT0746

This smooth stainless steel fibre sewing thread is conductive, making it handy for e-textiles, wearable electronics and other small-current projects. It has a resistance of about 9Ω per metre and comes as a 7 metre roll.The thread can be sewn into fabric for projects such as touchscreen gloves, a...

SKU: LB-ETEXTILELED-W

A sewable white LED module designed for e-textile projects. This single-unit LED can be stitched directly into fabric using conductive thread, making it easy to add illumination to wearable electronics and textile-based circuits. The module uses a thicker PCB than typical LilyPad-style LEDs, pro...

SKU: SF-DEV-14010

A pack of five pink LilyPad LEDs designed for wearable electronics and e-textile projects. The LEDs come attached to one another on a snap-apart strip, ready to be sewn into clothing, accessories, or fabric-based circuits using conductive thread. Each LED features an ultra-thin 0.8 mm PCB with l...

SKU: SF-DEV-14013

A pack of five red LilyPad LEDs on a snap-apart strip. Each LED has large sew tabs for stitching into fabric with conductive thread, making them ideal for wearable electronics and e-textile projects. The ultra-thin 0.8 mm PCB lies flat against fabric. Key Features 5× Red LEDs – Snap-apart stri...

SKU: AF-603

This 316L stainless steel conductive yarn sits between a thick thread and a thin yarn in weight. Its high conductivity and soft, flexible texture make it particularly well-suited for making touchscreen-compatible gloves and other projects that require capacitive touch conductivity. Sew a few sti...

SKU: AF-3673

This kit is designed for use with the electronic textiles unit in the Exploring Computer Science (ECS, exploringcs.org) introductory computing curriculum for secondary students. It contains most of the materials needed for four e-textiles projects: paper circuit, wristband, mural, and hum...

SKU: AF-1364

This knit jersey conductive fabric is 63% cotton, 35% silver yarn and 2% spandex. Use small pieces for soft switches, plush keypads, capacitive touch sensors, and other textile interfaces. It's very soft and matte, perfect for ironing onto wearables with double sided interfacing. This conducti...

SKU: SF-TOL-10405

This sewing needle set is designed for e-textile projects, with eye sizes large enough to easily thread conductive thread. The set includes both large and small needles to suit different stitching needs — from thick fabric and felt to finer materials. Key Features E-Textile Ready – Eyes sized ...

SKU: AF-3961

With our fun assortment of conductive materials, cosplay and wearables have never been easier to craft!  This Conductive Nylon tape goes great with our other interesting materials, such as copper tape, ITO glass or plastic, conductive inks, etc. We found that the metallic nylon fabric ha...

SKU: AF-4015

A chunky spool of colourful rainbow crafting yarn, made from cotton. Perfect for decorating maker projects, robots, and e-textile builds — or simply for knitting and general craft use. Key Features Rainbow Colours – Multi-coloured yarn for vibrant projects Cotton Material – Soft, easy to work...

SKU: AF-3960

With our fun assortment of conductive materials, cosplay and wearables have never been easier to craft!  This Conductive Nylon tape goes great with our other interesting materials, such as copper tape, ITO glass or plastic, conductive inks, etc. We found that the metallic nylon fabric ha...

SKU: LB-1433119196

Textile Messages focuses on the emerging field of electronic textiles, or e-textiles - computers that can be soft, colourful, approachable, and beautiful. E-textiles are articles of clothing, home furnishings, or architectures that include embedded computational and electronic elements.This ...

SKU: SF-DEV-12049

The LilyPad Arduino USB is a sewable microcontroller board built around the ATmega32U4 with native USB support — just plug in a micro-USB cable to program, no external FTDI adapter needed. Officially supported in the Arduino IDE, it runs at 3.3V and features a JST connector for a rechargeable LiP...

SKU: LB-LR0220

Light up your E-Textile projects with this set of 5 E-Textile Compatible LED modules. With a working voltage of 3V - 5V and a current of 40mA, these LEDs are perfect for adding a touch of brightness to your wearable electronics. Each module is compatible with the popular Lilypad platform, making ...

SKU: AF-3672

This kit is designed for use with the electronic textiles unit in the Exploring Computer Science (ECS, exploringcs.org) introductory computing curriculum for secondary students. It contains most of the materials needed for four e-textiles projects: paper circuit, wristband, mural, and hum...

SKU: SF-DEV-13902

This is a simple pack of five White LilyPad LEDs that are still attached to one another, letting you snap the LEDs apart at your leisure to sew into clothing or whatever else you can dream up.LilyPad is a wearable e-textile technology developed by Dr. Leah Buechley and cooperatively designed by L...

SKU: AF-1458

Sense the world around you! The FLORA Sensor Pack includes many types of sensors for your wearable enjoyment. Sense motion, direction, color, light levels, touch, and connections with FLORA sensor breakouts and conductive materials, and a few NeoPixels for experimenting with displaying your se...

SKU: KI-2746

When using through hole LEDs it can be hard to form the eyelets and then work out which leg is positive and negative. That's where these Sewable LED Holders come in! The 5mm LED holder boards, quickly and easily take any through hole 5mm LED and (after soldering in place) make them easy to use in...

SKU: KI-2726

Ultra-slim sewable LED boards from Kitronik in sakura lilac, designed for e-textile and wearable electronics projects. Each LED board runs from a 3V coin cell battery and illuminates continuously when powered. The double-sided PCBs feature clearly marked + and – connections for reliable conductiv...