BATIK TULIS
Practical Notes on Batik Tulis Production
Charles Emile van Santen
Bogor, Indonesia
May 2007
CONTENTS
- BATIK TULIS: AN INTRODUCTION
– Definition
– Brief history
– Utilization
– Production
- TECHNICAL NOTES:
– The design
– Transferring the design
– Waxing the cloth
– Dyeing the cloth
– Making fringes
ANNEXES
- References: Batik Tulis, Textile Art & Technical Issues
- Dyes: Recipes and Concepts
- Silk: Weaving, Dyeing and Concepts
- Photograph Image Gallery
4.1. Batik tulis production: 27 images
4.2. Silk production: 18 images
4.3. Charles’ batik tulis collection: 74 images
4.4. Overview of fill-in motifs-isen-isen: 4 images
- BATIK TULIS: AN INTRODUCTION
1.1. Definition: Batik Tulis, a textile art
Batik is defined as a piece of cloth which is dyed with the wax resist dye method, using specific batik motifs for the design.
A batik design includes geometrical and non-geometrical motifs, which generally have a cultural significance. The batik motifs on the cloth can be hand drawn by the batik pen or canting, which is called batik tulis or made by batik stamp or cap, which is called batik cap. Many types of cloth imitate the appearance of batik but use other techniques such as silk screen printing or painting and they are not considered true batik.
1.2. Brief history: Batik Tulis with special references to Indonesia
The origin of batik tulis and the dye resist methods is not known. Some authors believe that batik originated either from India or from China, where similar techniques have been known for a long time and where some of the same traditional motifs used can be found in Indonesian batik tulis. Others have observed that some of the same motifs used in batik can be found in some of the sculptures on the eight century Borobudur temple in Central Java Province.
Today the dye resist method to color cloth is used in many countries. Most researchers of batik recognize the high level of this form of textile art produced on Java Island. The invention of the canting or batik pen in the 17th century in the Mataram Court, Java, has been an important means to provide the Javanese batik artists with increased creative opportunities. The canting facilitates drawing the highly intricate and beautiful motifs for which Javanese batik tulis became famous.
The first systematic records of batik tulis are from Sir Stamford Raffles who was Governor General from 1811 to 1816 of the territory which is today known as Indonesia. Raffles ordered a systematic description of Indonesians art and crafts to be included in his famous History of Java, including a detailed account of the batik industry in that period. Batik tulis experienced a golden age from the early 1800’s to 1930, after which period, industrial imitations replaced batik tulis to a large extent.
President Soekarno, Indonesian’s first President, promoted “Batik Indonesia” during the 1950s with the assistance of the batik designer Hardjonagoro. However, a sustained revival started only during the late 1970s. The initiative was probably started by Iwan Tirta, a batik designer and collector, together with his collaborators. Today, people in Indonesia and elsewhere realize the beauty of Javanese batik tulis and its contribution to making life more beautiful.
1.3 Utilization: Batik Tulis
Batik tulis is used for clothing and interior decoration. It is also valued as art, and can be found in private collections and museums. It is used in many countries of the world, particularly in South East Asia, with Indonesia as the centre of production and use.
Clothing
In Indonesia, batik tulis is used as formal attire for official and private functions as well
as for casual wear.
The official Indonesian national dress for women consists of batik cloth- a kain panjang or hip wrapper and a batik selendang or shawl thrown over the left shoulder. This is worn in combination with a kebaya or traditional blouse. The official modern Indonesian national dress for man consists of a batik safari shirt worn over dark trousers. The official
traditional male dress consists of a sarong or hip wrapper under a black coat.
In private functions in Indonesia, such as traditional marriage parties, batik tulis is used by both men and women, each wearing a kain panjang or hip wrapper. In addition, women may wear a batik shoulder shawl and the men a head cover made from batik cloth. A more modern adaptation would be an evening dress made from batik material for the woman and a safari shirt made from batik tulis for the man.
In traditional rural areas in Indonesia, especially on the island of Java, batik sarongs or short hip wrappers are still worn by older women. Often these cloths are prints with batik motifs, but occasionally one may see elder women still wearing a real piece of batik cloth.
Batik Collections
Many Indonesians own collections of masterpieces of batik tulis which are often shown in the main drawing room of the house in a special display cabinet, which is often beautifully carved in a traditional design. Some private collections may include hundreds of unique pieces, including antique pieces handed down through generations.
The value of such a batik collection can be substantial. A recent sale of a collection of some one hundred and fifty pieces of batik owned by an elderly Indonesian woman, provided the revenue to establish a fund to give financial support to art students, in line with the wishes of the owner of this collection.
Decorative use of batik
Since the latest revival of batik tulis in Indonesia in the 1970s, batik tulis is also used for decorative purposes, as home furnishings such as wall hangings, curtains, bed covers, pillow covers or as a throw-over. To day, people in many other countries own batik tulis collections and use batik for decorative purposes.
- Production: Batik Tulis
Types of cloth suitable for Batik Tulis
Creating a batik starts with the selection of a suitable piece of cloth, either cotton or natural silk.
For high grade cotton batik, often a piece of “primissima” cotton is used. Before a piece of cotton can be used for batik a special treatment is required to make the material suitable for receiving the dye, which includes boiling and beating.
In case silk is selected for batik, 2 ply silk with or without in-woven motifs is preferred. It is further important that the yarn of this silk has been cleaned before weaving, to result in a strong cloth. One ply silk is often not sufficiently strong to survive the rigorous process of waxing and cooking, which is necessary to remove the batik wax after dyeing. Natural silk is a very strong fabric, yet it looses temporarily up to 50 percent of its strength when wet and heated.
Main steps in producing Batik Tulis.
Making a piece of batik tulis includes four main steps, while for shawls with fringes, five steps are required:
4.1. The design
4.2. Transferring the design to the cloth
4.3. Waxing the cloth
4.4. Dyeing the cloth, including removing of the wax after dyeing
4.5. Making fringes, only applicable for shawls with fringes.
Note that for each colour included in the design:
Steps 3) Waxing and 4) Dyeing are to be repeated.
Details of the five steps and the additional activities are presented in:
Section 2: Technical Notes
Overview of process of batik tulis production
1.Design of the batik cloth | Combining motifs, patterns and colour schemes. |
2.Preparation of the fabric | Preparing the cloth to receive the dye.
Silk: De-gumming & washing out impurities. Cotton: Bleaching & beating the cloth. |
3. Drafting the master copy of the
design |
Copying the master copy onto tracing paper to scale |
4.Copying the design onto the
cloth |
Tracing the design with pencil & carbon paper onto the cloth |
5 Waxing: covering cloth with
wax |
Covering those parts of the design which should be kept white during 1st dye bath |
6. Dyeing and colour fixation | Colouring the cloth |
7. Removal of the wax | Cooking and scraping the remaining wax from the cloth |
8. Repeating step 5-7 for each colour | One repeat for each colour indicated in the design. |
9. Motifs with gold leaf -prada | Paint with brush gold leaf, when indicated in design |
10.Make fringes for slendangs/shawls |
- TECHNICAL NOTES
- The design
Designs for batik tulis are mainly based on traditional motifs, including main motifs and fill-in motifs or isen isen. Designs usually also indicate the colour schemes to be used. An initial sketch is produced of the design on paper, followed by a drawing of a master copy produced by a draftsman to scale.
Overview of the design steps
Steps | Activities | Remarks |
1.Design | Designer prepares
A. Overview sketch of the design B. Worked out details of all main and isen isen motifs to be used & colour schemes |
|
2.Master Copy | Master draftsman prepares:
Master Copy based on design |
|
3.Working Copy | Copy draftsman prepares:
Working Copy on tracing paper |
Process: tracing paper on top of Master Copy to copy the design |
4.Copy of design
on cloth |
Copyist copies Working Copy onto the cloth with carbon paper by tracing the design to be waxed | Process: Working copy on carbon sheets, placed on top of
cloth to be waxed |
Practical short cuts:
- Example in case of a design with large motifs such as bouquets:
- The master draftsman prepares to scale only a master copy of the main motif, a
bouquet and a section of the border motif. Alternatively the master copy is made for
50% of the cloth only and is used twice to make the working copy.
- The copy draftsman prepares a working copy from the design which is directly copied
onto the cloth, copying the master copy two times..
- In case of a simple design, the master draftsman may make a working copy directly onto tracing paper using the designer’s overview sketch and details of main- & filled-in
motifs. This working copy can be directly copied on the cloth with carbon paper.
- Fill-in motifs. These are in most cases not copied onto the working copy or the cloth,
because most women who are involved in waxing the fill-in motifs are familiar with
these motifs.
- Transferring the design onto the cloth
This process starts with making a copy of the master copy onto tracing paper, the working copy. Following this, the working copy is copied onto the cloth which is to be waxed or batiked. There are two methods of copying the design on the cloth.
In the first method, sheets of carbon paper are laid over the cloth to be waxed. The working copy is put on top of this and the design is retraced with a soft blue-coloured copy pencil. The result of this is a copy of the design on the cloth.
The second method uses a table with a glass cover and a lamp placed under this table. The working copy on the tracing paper is now put on the glass table and on top of this the cloth to be waxed. The light shining through the design makes it possible for the copyist to copy the design on the cloth with a soft blue-coloured copy pencil.
- Waxing the cloth
During the initial waxing of the cloth, all parts of the design which are to not to be coloured in the first dye bath are covered with wax, while motifs to be coloured in the first dye bath are left uncovered. The batik tulis worker, almost always a woman, uses a canting or batik wax pen for this work. The canting consists of a copper reservoir with one or more spouts and a handle made from wood or bamboo. For different types of motifs, different types of canting are used, depending on the width of the lines of the motifs, as indicated in the design. The spouts of the canting vary in sized according to their use. For example, when drawing the fine outlines, the smallest bores are used, and while drawing parallel lines or dots, a canting with multiple spouts is used. The copper reservoir of the canting is filled with hot liquid batik wax from the wax pan or wajang, which is heated on a small kerosene stove. After the batik wax has reached the desired liquidity level, the stove is adjusted to maintain an even temperature.
After dipping the copper head in the hot liquid wax to fill the cup, the batik worker grips the canting with her thumb, index and middle finger. She then follows the outlines of the design on the cloth, filling this in with liquid wax. Great care is taken not to touch the cloth with the spout to avoid unevenness in the thickness of the lines. To prevent spillage of wax the canting is always held horizontal. Great skill is required when using the canting because if the wax is too hot, it will flow too swiftly and if too cold, it will block the tube of the reservoir. To control the level of wax in the reservoir and to remove obstructions in the wax, the batik worker blows the spout of the canting. Wax, accidentally spilled on the cloth, is removed with a sponge and a thin heated iron. However, it is almost impossible to correct mistakes completely. After one side is completed, the cloth is turned over and the outlines of the patterns on the reverse side of the cloth are also covered with wax, so that the motifs on both side of a piece of batik are similar.
The most experienced batik workers are responsible for the intricate motifs and patterns, while the less skilled workers block in the larger motifs and surfaces. A result of this work method is that each piece of batik is unique, in the same way as every painting is unique. The cost of making a piece of batik tulis is relatively high as it is labour-intensive and requires special silk cloth or cotton.
Batik wax or malam
Batik wax is a mixture of seven ingredients:
-Paraffin- a petroleum product;
-Bees wax;
-Residue of pine-gum distillation or gondorukem;
-Cat’s eye resin or damar;
-Micro-wax- a special crystalline paraffin wax from petroleum;
-Recycled wax or lilin gladhagan;
-Coconut- or animal fat.
The exact combination of each ingredient depends on the purpose for which it is to be used and it is often kept secret to prevent competitors using this information.
Three types of batik wax by function:
- Lilin klowong- for drawing, the principal lines of the design and filling these in with
fill-in motifs;
- Lilin tembokan for blocking out areas which are to remain white;
- Lilin biron for covering blue-dyed areas.
Material needed for waxing
- Kerosene stove for heating the wax- malam.
- Round metal pan – wajang to heat the wax mixture
- Wax mixture suitable for hand drawn batik
- Batik pen-canting of various sizes according to the design
- Stand to hold the batik cloth when working, and small stools
- Piece of cloth to size according to the design
Application of the wax on the cloth:
-Light the stove and place the wax pan or wajang on the fire till the wax mixture
has melted. Reduce the heat by lowering the fire and keeping the temperature constant.
-Select the proper size of wax pen- canting, according to the thickness of the line to be
covered: thin, medium or thick
– Cover the cloth with wax according to the design.
–Batik tulis on cotton needs to be covered on both sides with wax.
Batik tulis on single ply silk: one side waxing is sufficient.
For two ply silk cloth, both sides need to be waxed.
Note: In case large areas of the cloth need to be covered with wax, a brush can be used
for waxing and later for dyeing if needed.
- Dyeing the cloth
Dyes used for batik can either be natural or chemical dyes. There are six steps:
- Soaking the cloth in a container or dye vat with a mixture of dyes and liquids
to facilitate the absorption of the dye mixture.
- Soaking the cloth in a second vat containing a dye fixing liquid for a specific
period to stabilize and fix the dye colours.
- Rinsing the cloth in ample water to remove the fixative. This will prevent damage
to the fibers of the fabric.
- Drying the cloth on a rack. Depending on the type of dye used, this is either in the sun
or in the shade.
- Removing the batik wax from the cloth by boiling the cloth in a container with water.
For some types of cloth and dyes, a specific liquid is added to the water to facilitate
the removal of the wax.
- After drying, the cloth is inspected. Remains of wax are removed with a blunt knife.
As required by the design step 3) waxing and step 4) dyeing are repeated for each colour.
Natural dyes
Natural dyes are mainly obtained from leaves, tree bark, wood, roots and rootstocks. Most of these materials are environmentally harmless, but unfortunately the mordant or the chemicals used for the fixation of natural dyes are often harmful. For example: Alum, potassium aluminum phosphate. Natural dyes will often fade more quickly, and it is also very time-consuming as well, so today not many batik-makers are still using natural dyes. Modern chemical dyes allow a much wider variety of colour choices.
Chemical dyes
There are a number of chemical dye methods of which the following are most often used for the dyeing of batik tulis: Acid dyes: For example Indigosol and Napthol. Reactive dyes: for example Procion. Details of the dyeing process vary considerably between types and more detailed information is given in annex 2 specified by dye type.
Direct coloring of small motifs: “coletan”
For some designs with many small motifs, a method is used to directly colour small areas with a small brush, using the same dye methods and colour fixatives. Examples of designs, which are directly brush painted: The small flowers of a bouquet; a field with flowers or small seascapes. In case a gold color or prada is indicated for selected motifs of the design, these motifs are also coloured with a brush.
- Making fringes or tassels
A batik-shawl or slendang often requires a fifth step to make fringes or tassels at both ends of the cloth- ronce or rumbai. Note that the fringes should be made only after the cloth has been dyed. Making fringes before the cloth is dyed will result in messy fringes. To make fringes, a strip of 15 cm at both ends of the cloth is left without motifs. These strips are dyed in the dominant colour of the cloth. After colouring, the fringes can be made by stripping away the weft threads and bundling and twisting the warp threads into the desired size fringe. A strip of 15 cm wide will result in fringes of 8-9 cm in length.
ANNEXES
ANNEX 1: REFERENCES:
Batik Tulis, Textile Art and Technical Issues
- Batik art: Monographs, Exhibition Catalogues & Batik Motifs
- Textile art general: Indonesian Textiles, Batik patterns, Other Indonesian designs,
Other Asian & Laos designs
- Batik dyeing
- Silk dyeing
- Textile dyeing and colouring- general
- Fashion design: Batik and general
- Fabric production
- Batik art
Monographs |
||||
1.Achjadi, Judi, Editor | 1999 | Batik, Spirit of Indonesia | Yayasan Batik Indonesia Jakarta Indonesia | |
2.Achjadi Judi Knight & Asmoro Damais | 2005 | Butterflies & Phoenixes
Chinese Inspirations in Indonesian textile Arts |
Mitra Museum Indonesia | |
3.Edleson M.J. & H.D.Soedarmadjii | 1991 | Yogyakarta Batik | Himpunan Wastraprema
Jakarta Indonesia |
|
4.Hamzuri | 1981 | Classical Batik | Djambatan Jakarta Indonesia | |
5.Heringa, R & Harmen.C. Veldhuisen | 1996 | Fabric of Enchantment. Batik from the North Coast of Java | Weatherhill INC
Los Angeles ,USA |
|
6.Iwan Tirta | 1996 | Batik: A Play of Light and Shades & Collection of batik patterns and designs | Gaya Favorit Press , Jakarta Indonesia | |
7.De Kat Angelino P. | 1930 | Rapport Batikkerijen op Java & Madura | Weltevreden, Indonesia | |
8.McCabe Elliot ,Inger | 1984 | Batik Fabled Cloth of Java | Clarkson N Potters- Publishers New York USA. | |
9.Hout , Itie van –Editor | 2001 | Batik, Drawn in Wax | Royal Tropical Institute, Amsterdam Netherlands | |
10.Oss, F.W. | 1996 | Batik, The Soul of Java | Textile Museum Tilburg
Netherlands |
|
11.Raadt –Apell M.J. de | 1980 | De batikkerij van Zuylen te Pekalongan | Terra, Zutphen Netherlands | |
12.Roojen, Pepin van | 1993 | Batik Design | The Pepin Press Amsterdam Netherlands | |
13. Santosa Doellah. H | 2002 | Batik, The Impact of Time and Environment | Danar Hadi, Solokarta Indonesia | |
14. Smend, Rudolf.G. | 2000 | Javanese and Sumatran Batiks from Courts & Palaces | Galerie Smend-Koln Germany | |
15. Veldhuisen-Djajasoebrata Alit. | 1984 | Flowers of the Universe
Batik in Java |
Sijthoff Amsterdam
Netherlands |
|
16. Veldhuisen Harmen.C. | 1993 | Batik Belanda 1840-1940 | Gaya Favorit Press JKT IND | |
Exhibitions catalogues |
||||
17.Achjadi,Judi | 1998 | Jakarta Textile Museum | Jakarta Indonesia | |
18.Eiko Kusuma | 1996 | Indonesian Batik from the Eiko Kusuma Collection | Toyama Art Museum ,Japan | |
19.Riyanto D | No year | Handbook of Indonesian Batik | Batik Research Institute Yogjakarta Indonesia | |
20.Riyanto D. | 1997 | Proses Batik | Aneka, Solokarta Indonesia | |
21.Riyanto D | 1997 | Katalog Batik Indonesia | Batik research Institute
Yogjakarta Indonesia |
|
22.Sumarsono J. | 1985 | Pesona Batik Madura | Wastraprema Jakarta | |
23.Yayasan Batik Indonesia | 1999 | Gelar Batik Nusantara
Batik Exhibition Nov 1999 |
Jakarta Indonesia | |
24.Java Hokokai Batik | 2000 | The Japanese Influence on batik | Japan Foundation Jakarta. | |
Batik motifs | ||||
25.Batik Research Institute | 1973-1984 | Kumpulan Motif Batik
Classical batik motifs 4 volumes |
Jogyakarta Indonesia | |
26.Pepin Press | 1999 | Batik Patterns | Amsterdam Netherlands |
- Textile Art general
Indonesian Textiles | |||||
27.Hitchcock M. | 1991 | Indonesian textiles | Periplus, Singapore | ||
28.Solyom B & G | 1984 | Fabric Traditions of Indonesia. | Washington State USA | ||
Batak Patterns |
|||||
29.Baginda Siriat Ed | 1980 | Traditional Batak patterns | N. Sumatra, Medan Indonesia | ||
30.Zuraida Tanjung | 1992 | Kerajinan Traditional Kain Songket Batubara or
Traditional Songkets |
Provincial Government of
North Sumatra, Medan Indonesia. |
||
31.Tampubolon C.B. | 1985 | Ulos Batak | Medan , Indonesia | ||
Other Indonesian designs |
|||||
32.Fisher A. | 1999 | Decorative Arts of Sumba | Pepin Amsterdam Netherlands | ||
33.Pepin Press | 1989 | Indonesian Ornamental Designs | Pepin Amsterdam Netherlands | ||
34.Hoogerbrugge J &
S. Kooijman |
1976 | 70 Years of Asmat wood carving | Ethnological Museum
Breda Netherlands |
||
35.Hoogerbrugge J. | 1977 | The art of wood carving in
Irian Jaya |
Yayapura, Indonesia | ||
36.Hoop A.N.J.Th v.d | 1949 | Indonesian Ornamental Designs | Jakarta Indonesia | ||
37.Sande J.S. | 1991 | Toraja in carving | Makassar Indonesia | ||
38.Anonym | 1990 | Dayak patterns | |||
Other Asian designs | |||||
39.Garret V.M | 1997 | Collectors Guide to Chinese Dress Accessories | Times Editions Singapore | ||
40.Koops- Marcus | 1997 | 1800 Decorated paper designs | Pepin Amsterdam Netherlands | ||
41.Kokyo Hatanaka | 1993 | Textile Arts of India | Chronicle Books
San Francisco USA |
||
42.Kyoto Shoin | 1989 1990 | Japanese and European style textile design Patterns | Kyoto Shoin Publishers
Kyoto Japan |
||
43.Morris W. | 1988 | Full colour patterns and designs | Dover Publications
New York USA |
||
44.Riboud K. | 1998 | Samit & Lampas Indian Motifs | AEDTA Museum Paris France | ||
45. Roojen Pepijn. | 1999 | Chinese patterns | Pepin Amsterdam Netherlands | ||
46. Roojen Pepijn. | 2002 | Persian designs | Pepin Amsterdam Netherlands | ||
47. Roxana L | 1999 | Folk designs from India | Pepin Amsterdam Netherlands | ||
48.Scott, Philippa | 1993 | The book of silk: Asia & world | Thames & Hudson,London | ||
49.Vollmer J.E. et al | 1983 | Silk roads –China Ships | Ontario Museum
Toronto Canada |
||
50.Wiltshire D & A | 1997 | Designs for the Japanese Obi | C E Tuttle Rutland Vermont | ||
51.Yang Sunny &
R.M. Narasin |
1989 | Textile Art of Japan | Shufunotomo Tokyo Japan | ||
LAOS |
|||||
52.Phaeng Mai Gallery | 1990 | Weave on our Great Grandmother’s Loom | Vientiane Laos | ||
53.Phaeng Mai Gallery | 1990 | Colour from Lao Forest | Vientiane Laos | ||
54.Connors M.F. | 1996 | Lao textiles and traditions | OUP K. Lumpur Malaysia | ||
- Batik dyeing
55.Batik research institute | 1985 | Soga-Soga Keluaran German; Soga –Soga Batik,
Arah Warna Campuran Indigosol |
Batik research institute Yogjakarta, Indonesia |
56.Belfer N | 1992 | Batik & Tie Dye Techniques. | Dover Publ. New York |
57.Procion | MX Dyes | Zeneca/ICI | |
58.Sewan Susanto S.K. | 1980-1983 | Seni warna batik: Indigosol;Napthol;Soga batik-Teknologi Soga batik:4 volumes | Batik research institute Yogjakarta Indonesia |
- Silk dyeing
59.Chambers A | 1995 | Marbling on fabric | Wellwood, Great Britain |
60.Broughton K. | 1995 | Textile Dyeing | Rockport Publications Gloucester USA |
61.Buchanan C. | 1998 | Tie dyeing | Chartwell Books Edison USA |
62.Eaton J. | 1995 | Silk Painting | Simon & Schuster London |
63.Moeyes M. | 1993 | Natural Dyeing in Thailand | White Lotus, Bangkok |
64.Simmons J. | 1999 | Creative marbling on fabric | Martingale &Co Bothell USA |
65.Storey J. | 1992 | Dyes and Fabrics | Thames & Hudson England |
66.Tuckman D & J Janas | 1992 | Silk painting | North Light Books, Ohio,USA |
67.Wells Katie | 1997 | Fabric Dyeing & Printing | Conran Octopus London |
- Textile dyeing and coloring: general
68. Anonym | Process of colour selector | Hong Kong | |
69. Chijiwa H. | 1987 | Colour Harmony | Rockport Publication. USA |
70. Chimura M. | 1990 | The super colour collection | Tokyo Japan |
71. Jackson C. | 1984 | Colour for Men | Piatkus Books London |
72. Kobayashi S | 1984 | Book of Colours | Kodansha Tokyo Japan |
73. Kobayashi S | 1990 | Colour Image Scale | Kodansha Tokyo Japan |
74. Whelan B | 1994 | Colour Harmony 2 | Rockport Publication USA |
75. Stockton J | 1984-90 | Designers Guide to
Colours Volume 1,2,3&4 |
Chronicle Books
San Francisco USA |
- Fashion designs: Batik and general
76. Bunka J | 1991 | Guide to fashion design | Bunka Fashion College Jap. |
77. Ireland P.J. | 1982 | Fashion design | Cantecleer Netherlands |
78. Ireland P.J. | 1987 | Encyclopedia Of fashion | Batsford London |
79. Rienzo S.D. | 1992 | Technica della Moda | Padova Italy |
80. Thames B. | 1985 | Drawing fashion | Mc Graw Hill Inc. USA |
- Fabric production
81. Brown R. | 2000 | The weaving, spinning &
dyeing book |
Alfred Knopf New York |
82. Gillow John &
Bryan Sentence |
1999 | World Textiles | Bulfinch Press Book,
Boston, USA |
83. Parker Julia | 1999 | All about silk fabric swatches | Rain city publishing
Seattle Washington USA |
Additional References
Ave Joop | 2007 | Grand Batik Interiors | Bab Publishing Indonesia |
ANNEX 2 DYES: RECIPES AND CONCEPTS
Material needed to dye
-Four plastic containers size 60x40x20cm for dyeing
-Three wooden containers 130 cm length 20 x20 cm for dyeing of larger pieces
-Cooking pan to remove the wax mixture 40-60 cm diameter
-Wooden stick minimum length 130 cm to roll the batik cloth after dyeing
-Dye and chemicals: Napthol, Indigosol or Procion
Description of the process of dyeing batik cloth
Information based on publications from the Batik Research Institute in Yogjakarta, which has published papers on the process and the quantities of the dyes and other chemicals needed for specific dye work:
References 55 & 58. For actual dyeing consultation of these publications is recommended
- Napthol Dye
Dominant color selected: Dark blue |
1.Container no 1
Fill container with 4 liter-4 000 cc clean water, add 2 gram TRO-Turkish red oil to increase absorption of the dye |
2.Container No 2 with beaker no 1( 500 cc (cc=centiliter)
-Napthol as fixate :10 gram- 2 full spoons -TRO 1 gram (TRO=Turkish Red Oil) -Caustic soda 1 gram -300 cc boiling water Dissolve ingredients in water Pour water with ingredients with 2000 cc water into container no 2 |
3.Container no 3 with beaker no 2 ( 500 cc)
– Blue BB salt – dye – 300 cc water at room temperature- 25 C – Dissolve dye in water -Pour dye in container no 2, with 2000 cc water |
4. Container no 4
In case a 2nd color is needed, an additional container is required. |
Actions |
1st step Soak the cloth covered with batik wax in container no 1 with clean water till completely wet. To make the cloth better absorb the dye, add 1-2 gram of TRO |
2nd step soak cloth in container no 2 with napthol mixture |
3rd step soak cloth in container no 3 with dye mixture. |
4th step soak cloth again in container no 1 with plain water & TRO. |
Note that in case, the hue of the colour is insufficiently deep:
Repeat the process of step 1 to 4 one or two times. |
5th step Heat the cloth in the large pan with ample boiling water till all wax has been melted. In case some spots of wax remain, remove these with a blunt knife by scratching these spots manually. |
6th step Wax the cloth again on those spots which are to not to be dyed in the next dye bath and repeat the above steps 1 to 5. |
- Indigosol Dye
Material needed |
1. Container no 1 : Contains 750 cc warm water at 50 Centigrade |
2.Container No 2 with beaker no 1 (500 cc)
Material needed per liter water -Indigo sol: 2 gram dye per colour- -Sodium carbonate/soda ash: 1 gram -Nitrate 5 gram -HCL -35% 10-20 cc – Chloral oxide -250 cc boiling water |
Actions
1.Soak cloth in water in container no 1 for 15 mins. in warm water. 2.Add 10 cc HCL to warm water and keep cloth for another 15 min in container no 1. 3.Mix indigo sol dye with nitrate and soda ash; mixture to container no 2. 4.Rinse with clean water in container no 1. 5. Dry in shade till cloth dry. 6.Repeat process to obtain proper hue. 7. Boil cloth in large pan to remove the wax. N.B. Repeat the entire process of waxing and dyeing till cloth is dyed with all colours as indicated on the design. |
- Procion Dye
Procion Recipe from ZENECA /ICI:
Per liter dye liquid
Material needed | Gram |
Procion: 1.5 gram per colour/per liter | 5 |
Sodium alginate: thickeners | 500 |
Urea | 150 |
Matexil WA KBN –Functions: wets agent and prevents foam development | 20 |
Sodium-bi-carbonate or baking soda | 10 |
Water | 315 |
Total | 1000 |
Make paste with procion dye, sodium alginate & urea with some water.
-Dissolve paste in 1 liter water
-Soak cloth for one hour in water.
-Hang to dry in shade for 8 hours
-First rinse with ample cold water
-Second rinse with MATEXIL WN-PB 2 gram/liter & 1 gram /liter baking soda
-Third rinse of cloth again with clean water
-Dry cloth in shade
Recipe from Kate Wells Fabric Dyeing & Printing: chapter 4 p 45
- Make paste of 5 gram dye /liter;
- Soak cloth in liquid for 15 minutes
- Add 25 gram kitchen salt or 20 gram soda ash/liter
- Second soak of cloth in above mixture for 30 minutes
- Third soak in fixanol 10 cc /liter for 30 minutes.
- Dry cloth in shade
Dyeing recipes from Fejar Setia Batik Chemicals, Jakarta
Indigosol per liter water
- 1-2.5 gram indigosol per color
- 5gr sodium nitrite
- 1 gram soda ash /sodium carbonate
- 10-20 cc HCL (35%)
- 250 ml hot water, 750 cc cold water
- Mix indigosol dye with sodium nitrite and soda ash
- Immerse cloth for 15 minutes in warm water
- Add 10 cc HCL, immerse another 15 minutes
- Rinse with clean water
- Dry in shade.
Napthol per liter water
– 3 gram Napthol
- 5 gram caustic soda
- Stimulating fluid 2 cc
- Napthol salt 6 gram ( 4 varieties of napthol salt are available)
- Mix chemicals, wet cloth, submerge cloth for 15 minutes
- Dry in sun, submerge again for 15 minutes.
- Rinse with clean water
- Dry in shade
Procion-(ICI): For direct dyeing of small motifs with a small brush
Per liter water for direct coloring of small motifs with a small brush: Coletan
- Procion – 1-5 % of weight of cloth
- Baking soda – 10-20 gram
- Resisalt 10-20 gram
- Squatter T 5 gram
- Make paste with dye, baking soda, resist salt & squatter T, add water
- Paint cloth with brush
When quick results are needed use 10-20 gram soda ash & hydro sulfate.
- Hang to dry in shade 8 hours.
- Rinse cloth with clean water.
- Dry in shade for 8 hours.
General information for cold dyeing paste dye-stuff:
To smooth the process, add urea 50-100 gram /liter.
For hard water add a 2-4 cc Lanapex HT (-from ICA), 2 gram Soda ash & 2 cc sodium chloride.
Removing the wax, after dyeing
Plain cotton: boil the cloth
Silk: to add natrium silicate- water glass to the boiling water and afterwards use
batik soap or tipol to remove any remaining wax.
Rayon cloth: rinse in washing benzene. For some synthetic fibers wax can only be
removed by adding starch or soda ash.
- For information on the amounts of dye per color needed, see the colour composition
of the lists prepared for Indigosol, Napthol and Soga prepared by Sewan Susanto,
Batik Research Institute, Yogjakarta
Concepts:Textile dyeing
Concept | Description |
Antifusants | Antifusants are chemicals which control the spread of dyes & paints on the fabric by preventing these from moving. Guta or a liquid resist, salt or wax can serve as antifusants. |
Activator | Soda ash or Tri sodium phosphate added to a fiber reactive dye bath gives pH range of 10-10.5 and results in improved cleaning of a fiber or fixation of a dye. |
Alginate | Soda alginate, a seaweed derivate, used as anti migrant and thickener in direct application of dyes on cloth |
Alkali | A soluble salt-potassium carbonate or sodium carbonate used to keep the dye bath in the desired basic pH range of 10.0-10.5. |
Alum | Potassium aluminum sulfate – mordant to fix marbling dyes |
Ammonium sulfate | A salt that improves leveling & exhausting of dye when using acid dyes |
Anti-migrant | Substance added to a dye to slow down the spread or bleed of dye. |
Azoic colours
–ice colours |
Azoic dyes are insoluble dyes which color the fiber directly by interaction of the azoic-diazo & azoic coupling components. |
Bleeding | The loss of colour from a dyed fabric caused by moisture |
Bees wax | Natural wax used in batik; melting point 130 F |
Cellulose | A cellulose fiber derived from plant: cotton, linen, rayon, hemp |
Dye | A dye is a water-soluble, transparent colouring agent, which saturates and is absorbed into the fiber.
To dilute a dye, mix it with water & alcohol. |
Dye Types | 1.Direct dyes A direct dye can be directly applied, without leveling or exhausting agents. Direct dyes have poor light-and wash fastness. Are usually applied in a dye bath containing an electrolyte |
2.Acid dyes Acid dyes are derived from salts & applied in acidic or neutral state | |
3. Reactive dyes A category of dyes that becomes part of the fiber and is applied in an alkaline environment.
-Reactive dyes have excellent wash and light fastness and brilliant colours. -Reactive dyes are particularly suitable for protein fibers such as silk and wool. -PROCION MX dyes from ICI: A fiber reactive dye that can be cured at room temperature. Very suitable for batik tulis. Also: highly-, moderately- & slightly reactive dyes are available. |
|
4. Substantive dyes A dye that does not need a mordant to make it permanent. |
Exhausting Agent | An additive to a dye bath which helps to fix the dye into the fiber. An exhausting agent is usually a salt or an acid derived from a salt. |
Exhausting dye | Immersion or soaking a cloth for a length of time in a dye mixture. |
Exhausting | The degree to which a fiber or fabric absorbs a dye stuff in relation to the amount that was originally available. |
Fixing | The process of setting a dye into a fiber. In other words, to fix the colour into the fiber. Fixing is usually done by either heating, steaming or air-curing.
In the case of batik tulis, only air curing is suitable as the batik wax melting point is at 130 C. |
Glauber salt or English salt | Sodium sulfate or Magnesium 4 sulfate
Note: ordinary salt is sodium chloride |
Leveling agent | A leveling agent is an additive to the dye bath which prevents the dye from being too quickly absorbed by the fiber. This minimizes streaking of the colour and improves the even distribution of colour. |
Mordent | A fixing agent used for natural dyes, usually metallic acetate, which binds the dye stuff permanently to the fiber.
Metallic salts used as mordent are: 1. alum-potassium aluminum sulfate; 2. chrome- potassium dichromate; 3. tin-stannous chloride 4. iron-ferrous sulfate; 5. copper sulfate- bluestone; 6. tannin- astringent vegetable component. Mordents are often used together with cream of tartar & glauber salt as leveling agents. |
Micro wax | Blend of micro crystalline 25% & paraffin waxes 75%
Micro crystalline wax – a petroleum based synthetic wax, often mixed with paraffin to soften it; also called sticky wax |
Paraffin | A petroleum wax, which is very brittle after it dries on the cloth. For batik tulis it is therefore mixed with six other ingredients:
see page 8 of this paper. |
Pigment | An insoluble metallic color particle that is only fixed on the surface of a fiber with help of a mordent such as alum or through application of heat. Application of pigments may result in a stiff feeling fabric. Pigments colours are opaque. |
Protein fiber | A fiber derived from an animal source: silk or wool. |
Resists | A resist is a barrier used to block the penetration of a dye into a fabric, such as batik wax. Other resists are strings, clamps and stencils. Resists can be mechanical or chemical barriers |
Silk dyeing | Direct dyes, acid dyes and fiber-reactive dyes are the most practical dye types for silk |
Soda ash | Soda carbonate |
Sodium bi carbonate | Baking soda, weak alkali solution/ Indonesian: soda kue. |
Sodium hydro sulfate | Bleach |
Urea | Ammonium carbonate. An additive which assists in making the dye soluble and keeps the dye and the fabric moist- or humectant. Urea facilitates the penetration of the dye into the cloth. |
TSP | Tri sodium phosphate, a strong alkali used as an activator for fiber reactive dyes |
Vat | A container/vessel or tank used for dyeing and containing a reduced vat dye. |
Vatting | To dissolve a vat dye by the combined action of an alkali and a reducing agent |
Vat dye | Insoluble dyes that are fixed to the fibers by a substrate obtained through oxidizing it back to an insoluble form |
Water-glass | Sodium or potassium melted with soda or a NaCL solution of sodium/potash with a silicate or sand: can be used to remove wax from silk cloth & caps. |
Wetting out | Saturation of fibers or fabrics with water prior to dyeing is needed to ensure even dyeing. |
- Silk: Weaving, Dyeing and Concepts
Silk production
Silk fabric is made from yarns produced by silk worms. The silk worm spins itself into a cocoon during the cocoon stage. Silk yarns are drawn from these cocoons. Filaments from several cocoons are combined and reeled into yarn. This yarn is de-gummed and processed into silk yarn. Subsequently the yarn is woven into fabric.
Weaving silk fabric
Silk yarn is woven on hand or machine looms into silk fabric.
Thickness
Thickness of the fabric depends on the thickness of the yarn used for warp and weft, resulting in two ply up to 6 ply.
The texture
Often Thai silk is used for batik. The texture of Thai silk is slightly coarse, with some uneven slightly knotty threads. Thai silk is usually woven with a tight balanced weave.
Some types of Thai silk are characterized by in-woven patterns. This makes this type of silk suitable for geometric designs which coincide with the in-woven pattern, giving an additional dimension to the batik design.
Characteristics of silk fabric:
Silk contains two properties which make it superior to any other fiber:
- Triangular fibers which reflect light like prisms
- Layers of protein that lend it a smooth sheen.
Silk fiber is lustrous, smooth, supple, lightweight, elastic and strong. When viewed longitudinally, filaments of de-gummed silk appear smooth, lustrous and translucent, whereas raw silk, still in gum, looks bumpy and irregular.
De-gumming silk cloth
-Fill a large container with 20-30 liter of water.
-Add 100 gram of grated green soap and 40 gram of soda ash
-Boil the water
-Wet the silk cloth
-Boil the silk in the water for 3-5 minutes
-Rinse silk cloth 3 times by hand, gentle handling the cloth: avoid wringing.
-Dry cloth in shade
Washing silk batik cloth
-Wet the silk batik cloth
-Soak cloth in silk soap for 15 minutes. Use silk soaps such as lerak or tipol
-Rinse cloth two times.
-Soak in vinegar for 15 minutes
-Rinse cloth again two times.
-Remove water very gently and softly wring out the cloth.
-Stretch the cloth gently, to regain its original length, while the cloth is still humid
-Dry the cloth in shade
-To iron the cloth: use the position of silk. Iron on top of a piece of white cotton cloth
to cover the silk cloth to be ironed.
-Some types of silk require to be lightly starched
-To starch a silk cloth: Use a medium size container- 5 liters. Add three table spoons of
starch together with three or more spoons of cold water.
-Stir cloth gently in the starch liquid and add hot water to the mixture
Taking care of silk
To ensure that silk remains in good condition and keeps its original luster and texture, it should preferably be dry-cleaned. Silk can also be washed in lukewarm water with the mildest type of soap, such as baby soap. Silk should be rinsed but never wrung dry, as during the wet stage the yarn loses some of its strength. A spoonful of clear vinegar added to the final rinse, will help maintain the original luster. When hung to dry, silk should be placed in the shade. Silk should be ironed on the inside of the garment, just before it is dry. If thus properly treated, a silk batik will always be admired for its beauty, and its rich, exotic, oriental and unique appearance.
Dyeing batik tulis on silk
Silk and wool are protein fibers. Cotton, linen and hemp are cellulose fibers.
Dyes:
- Direct dyes
- Acid dyes
- Fiber reactive dyes/ reactive dyes
- Natural dyes
- Pigments/fabric paints.
Dyeing silk batiks, one has to consider two aspects:
- The characteristics of silk
- The fact that a batik cloth covered with wax can not be heated as the wax covering large parts of the cloth would melt when heated.
An essential aspect of dyeing is the fixation of the dye into the cloth. The most common way of fixation of the dye is by heat. This is however not possible for silk batiks. Colour fixation of silk batiks has to be based on cold fixation methods. Cold fixation is possible with direct dyes, acid dyes and fiber- reactive dyes, examples are:
- Indigosol- an acid dye
- Napthol – an acid dye
- Procion MX- a fiber reactive dye
Dye recipes for silk dyeing
Indigosol per liter water
- 1-2.5 gram indigosol per color
- 5 gram sodium nitrite
- 1 gram soda ash or sodium carbonate
- 10-20 cc HCL (35%)
- 250 cc hot water, 750 cc cold water
- Mix indigosol dye with sodium nitrite and soda ash.
- Immerse cloth 15 minutes.
- Add 10 cc HCL, immerse another 15 mins.
- Rinse with clean water.
- Dry in shade.
Napthol per liter water
– 3 gram Napthol
- 5 gram caustic soda
- Stimulating fluid 2 cc
- Napthol salt 6 gram ( Note there are four varieties of napthol salt )
- Mix chemicals, wet cloth, submerge cloth for 15 minutes
- Dry in sun, submerge again for 15 minutes.
- Rinse with clean water.
- Dry in shade.
Procion per liter water
- Procion – 1-5 % of weight of cloth
- Baking soda – 10-20 gram
- Resisalt 10-20 gram
- Squatter T 5 gram
- Past dye, soda kue, resisalt & squatter T, add water
- Immerge cloth 15-30 minutes in mixure.
In case quick result are needed:
Use 10-20 gram soda ash and hydro-sulfate.
- Hang cloth and dry overnight.
- Rinse cloth with clean water.
- Dry in shade.
General information for cold dyeing:
To smoothen the process add urea 50-100 gram/liter
For hard water: Add a 2cc Lanapex HT & sodium chloride with a 2-4 grams of soda ash.
Concepts relevant for silk used for batik tulis
Weaving concepts | Description |
1. Brin | Single filament drawn from cocoon after de-gumming or removal of the sericin |
2. De- gumming | De-gumming -removal of the sericin by cooking |
3. Fibrion | Amino acid ejected by silk worm to form fiber element of raw silk |
4. Filament | Extreme long silk |
5. Frill/fringes | Franje or tassle Indonesian:ronco or rumbai |
6. Harness and shafts | Plain weave: 2-4 shafts. Pattern weave: up to 16 shafts |
7. Kericin or sericin
or silk gum |
A gelatinous or gummy protein, in the silk filament, that holds together fibroin filaments of the cocoon and later in raw silk prevents the dye to enter. Silk gum is to be removed before dyeing by immersion in an alkaline solution or by cooking with soda ash.
Silk gum forms 25% of the total mass of silk. |
8. Loom types | Wooden hand loom & dobby loom |
9. Reeling | Reeling : the process of unwinding silk cocoons and converting this material into raw silk yarn.
Threads from 2 or more cocoons are formed into a continuous, uniform & regular strand that constitutes commercial raw silk yarn. |
10. Silk properties | -1 mm thick yarn can support a weight of 43 kg;
– A cocoon weighing 3 gram gives 1000m yarn; -Silk is highly absorbent, rot resistant & non conductive. |
11. Warp /Schering | Threads that run lengthways in a woven fabric. Also:
The group of parallel threads that are held in tension during the weaving process. Indonesian: Lengkungan |
12. Weave types | Plain weave, square structures & geometric patterns |
13. Weft or woof
Inslag |
Threads that run wide-ways in a woven fabric. Also:
The independent threads woven across the warp in such a way as to join them together to make a fabric. Indonesian: Pakan |
14. Weft inlay | The process of weaving a supplementary weft in with the ground weft. |
15.Width of fabric | Ranging from 26”-66cm to 55” -140 cm |
16.Yarn count | Ranging from 20 – 800 D NB D=Denier- weight unit =8.5troy grains; 24 grains =1.555 gram me |
17.Yarn thickness | 1 ply = 180 D 2 ply = 360 D |
Silk types | |
1. Boucle | With secondary weft, usually a metal thread |
2. Charmeuse | Very heavy and shining |
3. Chiffon | Transparent silk, woven like muslin. Organdie, voile grenadine. Georgette, all taffeta groups of fabric, made from twisted yarns/with transparent fabrics |
4. Crepe de Chine | Mat silk velvety feel, difficult to dye, mat surface, twisted yarns |
5. Damask | Early Chinese patterned weave, predating brocade; using two weave structures to achieve pattern in a single colour. |
6. Dupion/
Douppion /Thai silk |
Dupion silk is characterized by patterns, stripes, checks & ikat designs, slubbes, irregular textured, tangles thread, using double cocoons, containing male and female pupae, producing a tangled thread resulting in a slubbed irregular texture. |
7. Fancy silk | Woven patterns and textures, metallic threads also Jacquard silk |
8. Habotai | Chinese/Japanese smooth silk |
9. Habutae | Plain woven silk from Far East, used as lining material |
10. Mousseline | Very light silk |
11. Noil | Made from waste silk, looks like cotton, surface uneven and nubby, with slight sheen. |
12. Organza | Sheer fabric, yarn dyed before gum is removed. Transparent dull, luster, mesh-like flat, firm, stiff texture’s |
13. Pongee | Stiff & transparent |
14. Raw silk | Silk retaining its natural gum, sericin. Lusterless, but strongest & most durable state. Dye does not penetrate evenly. Raw silk need to be degummed for batik tulis use. |
15. Satin | Opaque fabric, bright luster on the face side, smooth, soft or firm texture as desired. |
16. Schappe silk | 90% of gum serotin removed |
17. Shantung | Chinese wild silk fabric. Opaque, semi dull luster, woven with doupion wefts, results in soft slubbed texture. |
18. Sheer silks | Chiffon, georgette fine semi transparent silk |
19. Taffeta | China silk, stiff heavy silk with dense weave |
20. Tussah | Indian silk with uneven weave, heavy but with texture |
21. Twill | Slightly patterned |
- 4. IMAGE GALLERY
4.1 Overview of the batik tulis production process.
01. Batik workshop |
02. Drafting the working copy |
03.Copying design on cloth |
04.Copying design on cloth detail |
05. Alternative method of copying with light table |
06.Cloth ready for waxing |
07 Canting or batik pen |
08. Batik wax |
09.Heating batik wax in wax pan or wajang on stove |
10.Preparing the canting |
11.Waxing the cloth |
12.Drying cloth after first waxing |
13. Batik dye stuff |
14.Weighing the dye stuff |
15. Making dye past |
16. Mixing dye with liquid |
17. Dye bath |
18. Dye bath detail |
19. Removing excess dye |
20. Drying cloth after dye bath |
21. Cloth ready for next waxing |
22. Second waxing |
23. Second waxing detail |
24. Dyeing small motifs with brush: “coletan” |
25. Drying after second dyeing |
26. Drying after second dyeing detail |
27.Workers returning home |
4.2 SILK PRODUCTION
Steps in the process of producing silk
01 Silkworms eating mulberry leaves |
02 Silk worms on screen |
03 Mulberry shrubs |
04 Cocoons ready for reeling |
05 Bags with silk cocoons |
06 Reeling silk by cooking |
07 Spinning- twisting silk by hand |
08 Tool for twisting silk |
09 Machine for twisting silk |
10 Silk yarn newly twisted |
11 Loom for weaving silk |
12 Weaving silk |
13 De-gumming through cooking with neutral soap |
14 Silk with in-woven pattern A |
15 Silk with in-woven pattern B |
16 Silk with in-woven pattern C |
17 Making fringes A |
18 Making fringes B |
4.3 Batik Cloth Collection Charles van Santen
Origin | Period |
Yogyakarta batiks 1930-1940 no 01-08 | Kain panjang & sarong: 8 pieces |
Pekalongan batiks 1900-1910 no 09-20
With the exception of no 15 which is a sarong from 2004 |
Kain panjang 6 pieces
Altar pieces 4 pieces Sarong 2 pieces |
Lasem batiks 1970-1980 no 21-24 | Four sarongs |
Gorga batiks 1998-2002 no 25-38 | 5 sets of Kain panjang & slendang
4 pieces slendangs or stola |
Gorga batiks 2003-2005 no 39-51 | Kain panjang , sarongs & matching slendangs |
Gorga Batik 2003-2005 no 52- 68 | Nine shawls & eight scarfs |
Post Gorga 2005 no 71-74 | Two Kain panjang, one sarong and one slendang |
4.4 Fill-in motifs or Isen isen
An overview of fill-in motifs or Isen isen:
Source pages 214-217 of Batik, Spirit of Indonesia, Yayasan Batik Indonesia, Editor Judi Achjadi, 1999, Jakarta.