GENUS
Phaeolus
SPECIES
schweinitzii
TYPE
Polypore
COMMON NAMES
Dyer's Polypore
BATCH:
01
wool/iron
FIBER
wool
MORDENT
iron
wool/tin
FIBER
wool
MORDENT
tin
wool/alum
FIBER
wool
MORDENT
alum
silk/iron
FIBER
silk
MORDENT
iron
silk/tin
FIBER
silk
MORDENT
tin
silk/alum
FIBER
silk
MORDENT
alum
linen/iron
FIBER
linen
MORDENT
iron
linen/titanium oxalate
FIBER
linen
MORDENT
titanium oxalate
linen/aluminum acetate
FIBER
linen
MORDENT
aluminum acetate
DYE PREPARATION
wool/iron
FIBER
wool
MORDENT
iron
wool/tin
FIBER
wool
MORDENT
tin
wool/alum
FIBER
wool
MORDENT
alum
silk/iron
FIBER
silk
MORDENT
iron
silk/tin
FIBER
silk
MORDENT
tin
silk/alum
FIBER
silk
MORDENT
alum
linen/iron
FIBER
linen
MORDENT
iron
linen/titanium oxalate
FIBER
linen
MORDENT
titanium oxalate
linen/aluminum acetate
FIBER
linen
MORDENT
aluminum acetate
DYE PREPARATION
CONDITION
dried
PARTS
entire mushroom
PRE-SOAK
VINEGAR
pH
5
RATIO
1:2
TEMP
160° F
TIME
1 hr.
pigment/base
PIGMENT
base
pigment/alum
PIGMENT
alum
pigment/citric acid
PIGMENT
citric acid
pigment/iron
PIGMENT
iron
pigment/copper acetate
PIGMENT
copper acetate
pigment/soda ash
PIGMENT
soda ash
PIGMENT PREPARATION
pigment/base
PIGMENT
base
pigment/alum
PIGMENT
alum
pigment/citric acid
PIGMENT
citric acid
pigment/iron
PIGMENT
iron
pigment/copper acetate
PIGMENT
copper acetate
pigment/soda ash
PIGMENT
soda ash
PIGMENT PREPARATION
CONDITION
dried
PARTS
entire mushroom
RINSE
Twice
BINDER
gum arabic
TEMP
85° F
BATCH NOTES

Phaeolus schweinitzii is a dye mushroom that keeps on giving! It produces a huge range of colors and is very prevalent where I live in the Gifford Pinchot National Forest. Adding a glug of vinegar to help coax the color at the beginning will yield golds, yellows and oranges. I put the iron swatches in last, after I removed the alum and tin swatches because the reaction between the Phaeolus and iron is such that it will contaminate the alum and tin swatches. In general this is a really good practice to abide by for all natural dyes but for the studies in the Mushroom Color Atlas I only did it where noted. You can also shift to pH9 to yields browns on iron mordanted fiber. One thing I have done in the past, but not for these studies, is put in fiber that has not been mordanted. It works! You get the same color you would with an alum mordant and it is lightfast and color fast.

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BATCH:
02
wool/iron
FIBER
wool
MORDENT
iron
wool/tin
FIBER
wool
MORDENT
tin
wool/alum
FIBER
wool
MORDENT
alum
silk/iron
FIBER
silk
MORDENT
iron
silk/tin
FIBER
silk
MORDENT
tin
silk/alum
FIBER
silk
MORDENT
alum
linen/iron
FIBER
linen
MORDENT
iron
linen/titanium oxalate
FIBER
linen
MORDENT
titanium oxalate
linen/aluminum acetate
FIBER
linen
MORDENT
aluminum acetate
DYE PREPARATION
wool/iron
FIBER
wool
MORDENT
iron
wool/tin
FIBER
wool
MORDENT
tin
wool/alum
FIBER
wool
MORDENT
alum
silk/iron
FIBER
silk
MORDENT
iron
silk/tin
FIBER
silk
MORDENT
tin
silk/alum
FIBER
silk
MORDENT
alum
linen/iron
FIBER
linen
MORDENT
iron
linen/titanium oxalate
FIBER
linen
MORDENT
titanium oxalate
linen/aluminum acetate
FIBER
linen
MORDENT
aluminum acetate
DYE PREPARATION
CONDITION
dried
PARTS
entire mushroom
PRE-SOAK
VINEGAR
pH
9
RATIO
1:2
TEMP
160° F
TIME
1 hr.
pigment/base
PIGMENT
base
pigment/alum
PIGMENT
alum
pigment/citric acid
PIGMENT
citric acid
pigment/iron
PIGMENT
iron
pigment/copper acetate
PIGMENT
copper acetate
pigment/soda ash
PIGMENT
soda ash
PIGMENT PREPARATION
pigment/base
PIGMENT
base
pigment/alum
PIGMENT
alum
pigment/citric acid
PIGMENT
citric acid
pigment/iron
PIGMENT
iron
pigment/copper acetate
PIGMENT
copper acetate
pigment/soda ash
PIGMENT
soda ash
PIGMENT PREPARATION
CONDITION
dried
PARTS
entire mushroom
RINSE
Twice
BINDER
gum arabic
TEMP
85° F
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