1. Soak ground or wood shavings in water at a ratio of 1 kilo wood shavings for every 40 liters of water and boil for five hours.
2. Strain, then boil again until it thickens and dries.
3. Scrape the dried residue and pulverize about 120 grams
Mordanting
1. Heat the cloth to be dyed with 3% mordants: 12 g potassium dichromate or oxalic acid in 12 liters water at 60° C for half an hour.
2. Let to cool and wrap.
Dyeing
1. Boil the cloth in 30% dye mixture (1 part dye in 30 parts water). 120 g sibukaw powder dye mixed to 12 liters water 4 g sodium carbonate (1%), and 20 g sodium bisulfate (5%)
2. Stir constantly to get an even colored cloth.
3. Let it cool, squeeze, then wash well. (Use 20% teepol; 20 g teepol in 100 cc water)
Dyeing using different plants has been a traditional practice. However, with the invention of
artificial dyes and modern dyeing practices, such use of dyes from plants was soon
abandoned.
There are many Philippine plants which are good source of dyes — either bark or wood.
There are plants which are naturally rich in tannic acid or tannin which is used in dyeing
leather, wood or textile, such as: kamachili, bakauan, red white lauan, tangal, ipil-ipil, coconut
husk and others. The common procedure of extracting dyes is as follows:
1. Boil the ground or chopped bark in uncovered cooking pot with just enough water to cover
the barks.
2. Boil to 60° C-80° C with with continuous stirring.
3. After an hour, strain in wire screen and replace water in the cooking pot.
Repeat 1-3 until water becomes pale in color.
4. The water used in second or third boiling could be used for the next fresh barks.
5. Mix all the water used for boiling and boil them altogether until you get a dark colored dye.
Plants grow faster in pots made of coconut husk with coconut dust than in soil. For example,
nursery plants like:
1. Asparagus springerie – grown in coconut husk with equal amounts of dust and swine
marine had more cuttings than those planted in rice field with swine manure.
2. Anthurium – more flowers per plant.
3. Dracaena fragrans (leafy plant) – increased roots
4. Mussaendes – longer roots (with spagnum moss and coconut) during marcotting.
5. Amherstia nobilis – faster marcotting even without the use of growth hormones.
PCARRD
Balitang Pambukid
May 1987
The term bark loosely refers to the outer covering of the stem and branches. Technically, it includes all the tissues from outside the cambium to the outermost layers of a woody stem. The bark serves as a protective tissue. It acts as a conduit transporting food to the other parts of the tree. About 8% of the total volume of a tree in bark.
Bark consists of an outermost corky layer called epidermis, a layer of manufactured
food-conducting tissues called phloem, a zone between these two layers known as cortex. In several species, a layer of fibrous strips called “bast fiber” forms an innerbark. Oils, resins, tannins, waxes and phenolic substances may be present in the bark.
Cork, fiber, tannins, gums, resins, latex materials can all be derived from barks. The most
common yet the oldest and lowest grade uus of unprocessed bark is for fuel.
Following are some of the other uses of barks:
1. Bark rich in tannin – a substance used in:
a) tanning leather, preparation of binders and wood adhesives, drying fishnets, ropes, soils and clothing.
b) insecticide
c) rust prevention
d) ink manufacture
e) medicines
The barks of kamatchili, some mangrove species like ‘bakawan-babae’, busaing, langaral,
pototan and ceriops tagal are the main sources of tanning materials.
2. Bast fiber – another portion of the bark found just under the outer bark – strong, tough and durable and can be made into cloth, turinas, bowstrings, fish lines, sacks. Paper from
mulberry and salago have fine bast fibers which can be made into high grade quality paper such as bank notes and checks. Those of kalulot and other similar species are made into lady’s handbags, wallets and placemats. Bast fibers of anonang, malabuho, and sinaligan yield silky and lustrous interlaced filaments which are pliable and strong. These can be used in the manufacture of elegant hats, handbags, placemats and wallets.
Anabo, anonang, ‘kulantingan’, ‘malubago’ and sinaligan have tough and durable bast fibers with good folding endurance and bending sterngth. They can also be made into cordage and wild bag trap.
3. Barks can also be potential sources of saponins – a lathe-producing substance which can be used in the formulation of shampoo.