Sample that I made several years ago from constructed cloth and osage orange dyed silk organza.
The Stories about My Natural Dye Experiments and Adventures
Showing posts with label Madder Root. Show all posts
Showing posts with label Madder Root. Show all posts
Thursday, December 22, 2011
Corn Silk Project
Thursday, June 02, 2011
Mad about Madder Root e-Class
Mad about Madder Root e-Class Starts Tomorrow at the Natural Surface Network.
If the PP button doesn't take you to the payment page please email me prairiefibers@hotmail.com and I will send you an invoice for the class. ~ Kimberly
If the PP button doesn't take you to the payment page please email me prairiefibers@hotmail.com and I will send you an invoice for the class. ~ Kimberly
Tuesday, November 02, 2010
Madder Root Dyed Trims - Found!
Wednesday, August 12, 2009
Madder Root on Cotton and Monitor Colors
In case your monitor is reading tans and beige be rest assured that the colors in my Madder Root on Vintage Trims post are in fact peach, coral, and orange! AND there's even a bright neon yellowish to orangish on the nylon cotton blend. NOTE that colors DO vary from monitor to monitor, and my monitor is set to CMYK mode.
While dyeing cotton fabrics does involve a certain amount of work bright colors CAN be obtained on cotton and linen fabrics! Don't be discouraged by what other's say bright colors ARE obtainable on cotton and linen. I've been dyeing cotton for over 15 years now and I'm living proof that it is indeed possible.
While dyeing cotton fabrics does involve a certain amount of work bright colors CAN be obtained on cotton and linen fabrics! Don't be discouraged by what other's say bright colors ARE obtainable on cotton and linen. I've been dyeing cotton for over 15 years now and I'm living proof that it is indeed possible.
Tuesday, August 11, 2009
Madder Root Dyed Vintage Lace and Trims
Vintage lace and trims I picked up at a yard sale this summer, some are antiques. Everything has been scoured by washing twice in hot water - to get rid of the smell, then boiled with soda ash for two hours. The items were then mordanted with alum and soaked for two days in the alum vat, I then dyed everything with Madder Root Extract I left them to soak in the madder root vat for two days. The brighter yellow items are made of nylon hence the color.Sunday, August 09, 2009
Today's Dye Session
Today's dye session consisted of a madder root extract vat and a logwood purple extract vat. The madder root vat contains a combination of cotton and linen vintage trims. The logwood vat contains vintage damask napkins and linen napkins.Friday, July 31, 2009
Indigo Fermentation Vat
Natural Indigo Fermentation Vat
Copyright 2006
Kimberly Baxter Packwood
Natural Indigo Fermentation Vat Mini-Vat Instructions
1.0 ounce Natural Indigo Ground
0.5 ounce Madder Root cut into fine pieces
0.5 ounce Bran (Wheat works best, Oat will also work)
3.0 ounce Soda Ash
Stainless Steel, or Enamel, Pot. A plastic bucket may be substituted for the pot, be sure that has a tight fitting lid.
Place warm water, not boiling, into pot, preferably one that holds more than 2 gallons of water.
WARNING: Wear respirator when working with ground indigo, anything in powdered form will float easily in the air making it easily inhaled. This is not good for your lungs!
WARINGING: Soda Ash is highly caustic, wear gloves and dust mask when handling soda ash. Avoid contact with skin.
Dissolve ground indigo in warm tap water, enough to cover and make a rough paste.
Note: The ground Indigo will float at the top of the vat if just thrown into the water make your paste first. The indigo at this point is not completely dissolved, once introduced to the vat; it will dissolve after a few days in the vat.
Add madder root, bran, and soda ash to the warm water stir well then add indigo paste to the vat. Cover, but not tightly, and apply heat source.
Stir the pot once, or twice, a day during the reduction period with one gentle stir. If you stir the vat too often this will introduce Oxygen into the vat.
Depending on where you live, i.e., temperature and humidity levels, the vat can take anywhere from 5 – 10 days to become viable. By viable I mean ready to dye fibers.
Fermentation vats need to be kept warm while reducing. I keep my vat, a stainless steel pot that is covered with a lid, in my studio oven (gas) where the pilot light is continuously on, about 98 degrees F.
The vat needs to be kept at body temperature during the reduction phase.
If you do not have a dedicated oven, I recommend using either a heating pad, with a temperature control knob, or a high quality fish tank heater with digital temperature controls.
Chopped Madder Root
Wheat Bran
Madder Root added to warm water in bucket. Initially it floats at the top of the water’s surface.
The Bran now added to the vat. The bran floats on top of the madder root until they have been sufficiently stirred together, eventually sinking to the bottom of the vat.
Soda Ash has now been added to the vat. The vat has a foamy look from the bubbling action of the soda ash. The mixture has been blended, to ensure that the soda ash does not solidify on the bottom of the bucket. 
Natural Indigo added to the vat. The Madder and Bran are still floating at or near the waters surface. The indigo while made into a paste, does not want to dissolve in the water as you can see from the globs hanging on the sides of the bucket.
Copyright 2006
Kimberly Baxter Packwood
Natural Indigo Fermentation Vat Mini-Vat Instructions
1.0 ounce Natural Indigo Ground
0.5 ounce Madder Root cut into fine pieces
0.5 ounce Bran (Wheat works best, Oat will also work)
3.0 ounce Soda Ash
Stainless Steel, or Enamel, Pot. A plastic bucket may be substituted for the pot, be sure that has a tight fitting lid.
Place warm water, not boiling, into pot, preferably one that holds more than 2 gallons of water.
WARNING: Wear respirator when working with ground indigo, anything in powdered form will float easily in the air making it easily inhaled. This is not good for your lungs!
WARINGING: Soda Ash is highly caustic, wear gloves and dust mask when handling soda ash. Avoid contact with skin.
Dissolve ground indigo in warm tap water, enough to cover and make a rough paste.
Note: The ground Indigo will float at the top of the vat if just thrown into the water make your paste first. The indigo at this point is not completely dissolved, once introduced to the vat; it will dissolve after a few days in the vat.
Add madder root, bran, and soda ash to the warm water stir well then add indigo paste to the vat. Cover, but not tightly, and apply heat source.
Stir the pot once, or twice, a day during the reduction period with one gentle stir. If you stir the vat too often this will introduce Oxygen into the vat.
Depending on where you live, i.e., temperature and humidity levels, the vat can take anywhere from 5 – 10 days to become viable. By viable I mean ready to dye fibers.
Fermentation vats need to be kept warm while reducing. I keep my vat, a stainless steel pot that is covered with a lid, in my studio oven (gas) where the pilot light is continuously on, about 98 degrees F.
The vat needs to be kept at body temperature during the reduction phase.
If you do not have a dedicated oven, I recommend using either a heating pad, with a temperature control knob, or a high quality fish tank heater with digital temperature controls.
Chopped Madder Root
Wheat Bran
Madder Root added to warm water in bucket. Initially it floats at the top of the water’s surface.
The Bran now added to the vat. The bran floats on top of the madder root until they have been sufficiently stirred together, eventually sinking to the bottom of the vat.
Soda Ash has now been added to the vat. The vat has a foamy look from the bubbling action of the soda ash. The mixture has been blended, to ensure that the soda ash does not solidify on the bottom of the bucket.WARNING: Always add your acids and bases to water, never the other way around! Doing so can result in harmful reactions that can cause injury.
Natural Indigo added to the vat. The Madder and Bran are still floating at or near the waters surface. The indigo while made into a paste, does not want to dissolve in the water as you can see from the globs hanging on the sides of the bucket.
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