The Insulation Process: A Study of Glues.

Part 1

This study is for the purpose of understanding which type of glue provides the best insulation while providing least resistance. While some of the glues may not be used aesthetically, they can be used intentionally but again depends on the intention, durability and life cycle of the project.

Download Part 1 PDF

(Downloadable link to be updated soon)

The Insulation Process: A Study of Glues

Part 2

Download Part 2 PDF

(Downloadable link to be updated soon)

What are conductive threads?

Conductive threads are usually manufactured for anti-static, electromagnetic shielding, intelligent textiles, wearable technology, data transfer and heating purposes. Most threads are metalized with an alloy of various metals, which can include silver, copper, tin and nickel. The core is normally cotton or polyester.

Conductive threads are uninsulated and sewing them tightly to metal usually makes for a good connection, though this connection tends to loosen over time where movement occurs.

This is why insulation is an important process. The threads need to be kept intact and make sure there are no external atmospheric factors effecting conductivity .

How does different glue have a different

effect on the insulation process?

I started off by picking 7 different types of glues to experiment with. I then mapped out my experiments and how I would lay them out. Each glue is different based on their viscoisty level and their componenets.

Craft Glue

Fabric Glue 1

Wood glue