Creating Stylish Conductive Fabric*
Intro: Creating Stylish Conductive Fabric*
Conductive fabric is a fabulous product for eTextile design, but it is not always aesthetically pleasing.
This is a method of creating your own conductive fabric from fusible fibers that will compliment your design project.
I was sent some thread samples that were unable to be used in a sewing machine or by hand sewing. The samples also has a resistance that was to high to be useful for eTextiles. So, I made a new eTextile fabric that solves a design problem I was having while using up supplies in my studio.
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This is a method of creating your own conductive fabric from fusible fibers that will compliment your design project.
I was sent some thread samples that were unable to be used in a sewing machine or by hand sewing. The samples also has a resistance that was to high to be useful for eTextiles. So, I made a new eTextile fabric that solves a design problem I was having while using up supplies in my studio.
Want more eTextile How-To DIY eTextile videos, tutorials and projects?
Then visit The eTextile Lounge!
STEP 1: Parts
conductive fibers - I used Shieldex 235/34 that came with my thread samples.
Angelina Fibers
paper
iron
multimeter
Angelina Fibers
paper
iron
multimeter
STEP 2: Layer #1
Place a piece of paper on surface you can iron on.
Spread a thin layer of Angelina Fibers on the paper.
'Shred' your conductive thread into fibers - I used 10 strands 15" long.
Place conductive fibers on top of the Angelina Fibers.
Place another layer of Angelina Fibers on top of the conductive fibers.
Spread a thin layer of Angelina Fibers on the paper.
'Shred' your conductive thread into fibers - I used 10 strands 15" long.
Place conductive fibers on top of the Angelina Fibers.
Place another layer of Angelina Fibers on top of the conductive fibers.
STEP 3: Repeat
Repeat layers until you have the fabric and conductivity that you require for your project.
For this example I used four layers of conductive fiber and five layers of Angelina Fiber.
Each layer is 10 15" strands.
For this example I used four layers of conductive fiber and five layers of Angelina Fiber.
Each layer is 10 15" strands.
STEP 4: Fuse the Fabric
Place another piece of paper on top of your fibers.
With a warm iron fuse the fibers together.
Keep the iron moving.
Flip the paper and iron from the other side.
Once cooled, peel the paper from the fibers.
With a warm iron fuse the fibers together.
Keep the iron moving.
Flip the paper and iron from the other side.
Once cooled, peel the paper from the fibers.
STEP 5: Testing, Testing 1,2,3
Test the fabric with a multimeter.
For my examples:
Conductive stainless steel thread on its own: 4 ohms.
The same stainless steel thread preserved as single strands in the Angelina Fibers: 5 ohms.
Fiberous conductive thread taught and loose: 145 ohms and 250 ohms respectively.
Fiberous conductive thread fused with Angelina Fibers: 5 ohms.
For my examples:
Conductive stainless steel thread on its own: 4 ohms.
The same stainless steel thread preserved as single strands in the Angelina Fibers: 5 ohms.
Fiberous conductive thread taught and loose: 145 ohms and 250 ohms respectively.
Fiberous conductive thread fused with Angelina Fibers: 5 ohms.
STEP 6: Creating the Look and Resistance You Desire
It is possible to vary the amount of non-conductive fibers with conductive fibers resulting in one side of the fabric being conductive and the other non-conductive.
17 Comments
Little Mom on the Prairie 12 years ago
baekea 14 years ago
In much the same way as you made your sample with the angelina, you could alternate various thin layers of wool/ angelina/ conductive fibres. The felting process would bind all the fibres together, and with thin layers the contacts would be maintained.
Although to create a wearable fabric there would be a 20-30% shrinkage factor, and maybe some textural/ dimensional change, would this be a problem or an added benefit?
Lynne Bruning 14 years ago
heatbondable angelina fibers only bond to each other. this is why its important to have conductive fibers dispersed thru the angelina fibers. So all the layers mesh together.
there are also non-bondable angelina fibers that could be added to the felting process to make a sparkly conductive wool felt.
a similar project is already in the works so please stay tuned.
baekea 14 years ago
So would incorporating heat-bondable angelina + conductive fibres in felt, then ironing the finished felt using an Elnapress work, or does the heat have to be really high [as for burnout]?
will certainly stay tuned for your felt project.
Lynne Bruning 14 years ago
Any ideas please???
robotguy4 14 years ago
...
Emergency blankets?
...
Nylon?
I think I got the "heat-bondable" material list, but the "non-woven fibers" and "fashionable" material lists need work...
robotguy4 14 years ago
From a non-crafter point of view, they look like they have a layer of heat-bondable plastic on denim (or is it a kind of plastic fabric?)... You could maybe get a similar effect by fusing plastic bags to denim (is that even possible?)...
Lynne Bruning 14 years ago
The material on the back of the appliques can be purchased in stores its referred to as fusible web. You can see my Instuctable on fused electricall circuits for more information.
Koosie 14 years ago
jeff-o 14 years ago
robotguy4 14 years ago
"'Getting creative with conductive thread samples that are useless for sewing'"
jeff-o 14 years ago
robotguy4 14 years ago
jeff-o 14 years ago
Lynne Bruning 14 years ago
Yes, I was sent some thread samples that were unable to be used in a sewing machine or by hand sewing. The samples also has a resistance that was to high to be useful for eTextiles.
So, I made a new eTextile fabric that solves a design problem I was having while using up supplies in my studio.
robotguy4 14 years ago
Lynne Bruning 14 years ago
1950's Poof
Mrs. Mary Atkins-Holl
Samauri Angel
Yes, you can make the conductive fabric and then sew it to another piece of fabric. I have not tried glue....yet.
I believe you could use this method as everyday wear in small amounts, say for a switch or accent on an eTextile garment.