Week 07. The Textile Scaffold
Program outline
composites
crystallization
solidification
textile formwork
concrete casting
Materials
Ecoflex
Borax, rochelle salt, potasium sodium.
UV resin
Concrete
Assignment
Each student can use a different technique to make a prototype of a technical textile application
Hands On
*Textile Scafold in HandMade Paper*
I choose to use HandMade Paper as material, or use the cotton pulp to construct my forms, using the fabric as Scaffold and mold to the final form.
01 Preparing the Materials
Materials and instruments
Cotton Linter
Silk stockings
CMC Carboxymethylcellulose
Water
Blender
Bowl
Sieve
TNT Fabrics
Threads
clothes fasteners
Cotton Bag Cloths
Receipt
Cotton
100 g of Cotton Linter ( cotton filter scrap )
Divide in small pieces
Wet in water in a 10 liters bowl
Shake in one liter of water in little amounts
CMC solution
Put a soup spoon of CMC in one liter of water and shake
Pulp preparation
Use one cup of the CMC solution to the 10 liters bowl with cotton pulp
The Pulp has to be put in small amounts
Mix everything with the hands in the bowl until you have an homogenous suspension of the cotton pulp
Paper preparation
Use the sieve to collect thin layers of pulp from the bowl
invert the sieve over a thin stretch fabric , like TNT
remove the excess of water with a cloth
let it dry
remove the paper from the fabric stretching the fabric when paper is completely dry.
Composites
You can insert materials inside the paper, as a composite ( dry flowers, natural pigments, used tea
Forming the paper in layers and inserting the materials between one layer and another
Mixed technique
Also you can insert condutive thread to produce some electronic with paper.
Scaffold
You can mold the paper format with the fabric itself stretching and locking the fabric with the wet pulp or using a external mold to put the fabric with the wet pulp.
The stop motion with all the process is here ! <3
https://youtu.be/_CvLT1hYEac
*Crystallization*
Salt Crystals
Materials
coarse Salt
filtered water
clean clear glass container
pan
string
gimp
Recipe
Heat the water in a pan, until boiling.
Go adding the coarse salt and spinning until complete dissolution.
Add salt until it no longer dissolves and begin to drop crystals in the bottom.
Heat another portion of water and pass through the filter, sieve and vial before filtering the final solution.
Note: I did not do this the first time and the solution crystallized already in the filtering.
Filter the solution directly into the preheated glass clean bottle.
Insert the string with a small crystal seed, into the super saturated salt solution.
Attach the string on top so that the seed crystal remains inside the solution but cleared from the walls or the bottom.
Execution
Step by step
Results
Alum Crystals
Materials
Alum
filtered water
clean clear glass container
pan
silk thread
gimp
Recipe
Heat the water in a pan, until boiling.
Go adding the Alum and spinning until complete dissolution.
Add Alum until it no longer dissolves and begin to drop crystals in the bottom.
Heat another portion of water and pass through the filter, sieve and vial before filtering the final solution.
Filter the solution directly into the preheated glass clean bottle.
Insert the silk thread with a small crystal seed, into the super saturated Alum solution.
Attach the silk thread on top so that the seed crystal remains inside the solution but cleared from the walls or the bottom.
After 24 hours drain the rest of the solution.
Remove the crystal by gently pulling the silk thread.
Execution
Results
Problems
In my case, 24h was too much time, I shoud have take the crystal off before, because the glass was no so big and as I've put two seed crystas, they grew so much that they clung to one another, I had to gently release them with a very thin, pointed spatula, and one of them escaped from the thread, but the other stayed intact and the final result was amazing !