Faces behind the FabricBagh village is the place where Bagh printing is sourced and exclusively conducted. It is basically controlled and operated by five-six Muslim Khatri households of Bagh who are also the proprietors of the manufacturing facilities at Bagh. The artisans who are adept at the craft in these facilities are from various communities such as Teli, Bhillala, Bhil and Rajput. The Bagh prints are basically floral and geometrical patterns and the blocks for Bagh printing are crafted with great skill by block makers that reside in Pethapur, Gujarat.Present day Scenario‘Bagh prints’  are an all time favourite in the Indian subcontinent primarily because the material is very comfortable and soft. There is a variety of Bagh printed merchandise that is commonly found such as bed covers, cushion covers, table covers, runners, mats, ladies suits and sarees, kurtis, dupattas, skirts and dresses amongst other things.  A lot of trendy and contemporary prints are now being used by the Bagh printers along with more fabrics apart from Cotton such as Silk, Crepe and Tassar with fabulous results.  Bagh prints are very fashionable and people are developing a new connect with this beautiful art form which is a part of the rich Indian textile heritage.   Eco-friendly in nature, since Bagh prints make use of vegetable dyes, this art is gaining a lot of recognition worldwide and indigenously too, with the Government taking initiatives in trying to support and reform this craft.InnovationsBagh prints have become increasingly popular from its erstwhile status of being nearly forgotten.  Traditionally, this printing style was used for a few products such as lehengas and sarees, whereas now it has innovated and expanded its range to bed covers, dupattas, dress materials, curtains, table cloths and much more. This craft is also gaining recognition as an eco-friendly technique and therefore Bagh printing is making forays into foreign markets by experimenting and evolving to satisfy their global clientele.MaintenanceBagh printed fabrics are washed three times before being sent out in the market. Generally colour does not leak from the fabric; however, it is advisable to get the fabric dry cleaned the first time. It can be light washed later on and is not difficult to maintain.Global wear-abilityBagh textiles are usually cotton based and very soft. These are an all time wear as they can be used in all seasons and climates. A lot of international attention is being given to Bagh printing due to its eco-friendly production process and Bagh printed merchandise has a huge market abroad.AccessorizingBagh prints are very trendy, particularly because they can give a very nice ethnic twist that exudes simplicity yet sophistication. From scarves, dupattas and kurtas to patialas and salwars- Bagh prints can be mixed and matched to give a trendy casual look.Interesting Facts and Comparisons

Bagh is actually the name of a small tribal town located in Dhar, Madhya Pradesh and is the base for Bagh printing.

Before the printing takes place, the fabric is washed and sun-dried.  After drying, the fabric is soaked in a mix of goat droppings and castor oil so that it can make the fabric more absorbent.

Bagh printing is completed after a second process of dyeing in which the fabric is placed in a big copper container of water in which Dhavadi and Alizarin flowers are boiled.

The dyes used in Bagh printing are vegetable based and the main colours are red and black.

References

Bagh Print: A Unique Fabric Printing Techniques Using Natural DyesWhat Is Bagh Print?

Bagh Print Fabric

Bagh Print is one of the age old style of Indian Fabric Printing. It is another form of hand printing or hand block printing on fabric, cloth or paper. In this type of printing natural vegetable dyes in the form of plants, flowers, trees, leaves, bark, etc are used. “Bagh” literally means “Garden” in Hindi language. Bagh Print Fabric is pure Indian handloom cotton which is eco-friendly and organic.

It is made by using natural vegetable dyes and pigments.

Natural Dyes such as turmeric roots, madder, beet, mango, pomegranate rinds, madder, saffron, heena, indigo, onion skin are used. Herbs like ' harad' which is botanical name of Terminalia chebula, etc also play an important part in the process. The designs on the fabric created are traditional prints of India. It consists of mostly floral, paisley and geometrical patterns.

Where Bagh Print Is Made?

It is a native print done mainly in Dhar district of Madhya Pradesh in India by their rural population. Interestingly, ‘Bagh’ is also the name of the small town in Dhar district where this unique organic fabric is made.

How Is Bagh Print Different?

Bagh Print is completely different from any other fabric printing techniques like screen printing or digital printing. The designs on fabric are usually one or other kind of

motifs which represent nature in one form or the other. There are other print of fabric like Jaali or Jali work which were the intricate designs found in Taj Mahal which is one of the 7 wonders of the world.

The method used in making Bagh Print Fabric and Indian Block Print is almost the same. However, in Block Print technique, the dye used is chemical and commercial. In the making of Bagh Print, utmost care is taken to make it only by using natural dyes. The main technique in making of these Bagh Prints is the use of hand carved woodblock print on the fabric.

The entire process is painstaking and labor intensive. It takes approximately 20 days to complete the entire process and get the finished product. It takes time because blocks of wood are sometimes custom made for a specific design. The fabric is dyed, washed repeatedly with hands to ensure that the colors of the fabric are color

fast. The end result is worth the time and efforts and the print on cotton is splendid.

Who Makes Bagh Print Fabric?

This fabric is made by the artisans of India residing in rural parts of Madhya Pradesh. It not helps in rural development but is also these people’s major source of income. It is an Organic Fair Trade Fabric. It means the laborers and whoever is involved in this process is paid fairly and properly.

Bagh Print Saree

Why Use Bagh Print Fabric?

The entire process of making Bagh Print Fabric is Handmade. Due to which, it gives the designs on fabric a subtle irregular look. In other words, there are some characteristic variations in texture and occasional imperfections found in this type of handmade fabric. It

actually adds to the beauty and can never be found on machine made or digitally printed fabric.

Bagh Print is non-toxic and allergy free and above all, good for your skin. The advantages are that Bagh Print is an eco-friendly fabric, biodegradable and organic. The natural dyes used to make the fabric is mostly permanent and fade resistant.

This fantastic fabric becomes softer and shiner after every wash due to the vegetable dyes used in it instead of the chemicals. The feeling of wearing or using the environment friendly fabric in itself provides you with immense joy and satisfaction.

Bagh Print

How To Check the Authenticity of this Bagh Print Fabric?

During the production of bagh print, a special component called Madder lake also known as Alizarin is used in the process of dyeing. If you smell the fabric, you sense a peculiar scent of this natural organic compound. Then, you know that is a genuine bagh print fabric.

Recommended Uses of Bagh Print:This amazing light weight fabric is suitable for a variety of purposes. Bagh Print Sarees are much sought in India and worn by women who are aware of its organic properties of such cloth material. The fabric can be used for garments, making curtains, upholstery, etc. It can also be used for quilting, sewing, scrap booking and other craft projects.

AlizarinFrom Wikipedia, the free encyclopedia

"Madder lake" redirects here. For the Australian band, see Madder Lake (band).

Alizarin

IUPAC name [hide]

1,2-dihydroxy-9,10-anthracenedione

Other names[hide]

1,2-Dihydroxyanthraquinone, Turkey red, Mordant red 11, Alizarin B,

Alizarin red

Identifiers

CAS number 72-48-0

PubChem 6293

ChemSpider 6056

UNII 60MEW57T9G

KEGG C01474

ChEBI CHEBI:16866

ChEMBL CHEMBL55814

Jmol-3D images Image 1

SMILES

[show]

InChI

[show]

Properties

Molecular formula C14H8O4

Molar mass 240.21 g mol−1

Appearance orange-red crystals or powder

Density 1.540 g/cm3

Melting point 279 to 83 °C (534 to 181 °F; 552 to

356 K)

Boiling point 430 °C (806 °F; 703 K)

Solubility in water slightly to sparingly soluble

Acidity (pKa) 6.94

Hazards

MSDS External MSDS

R-phrases R36 R37 R38

S-phrases S26 S36

Related compounds

Related compounds anthraquinone, anthracene

Except where noted otherwise, data are given for materials in

their standard state (at 25 °C (77 °F), 100 kPa)

(verify) (what is: / ?)

Infobox references

Alizarin or 1,2-dihydroxyanthraquinone (also known as Mordant Red 11 and Turkey Red[1]) is an organic compound with formula C14H8O4 that has been used throughout history as a prominent red dye, principally for dyeing textile fabrics. Historically it was derived from the roots of plants of the madder genus.[2] In 1869, it became the first natural pigment to be duplicated synthetically.[3]

Alizarin is the main ingredient for the manufacture of the madder lake pigments known to painters as Rose madder and Alizarin crimson. Alizarin in the most common usage of the term has a deep red color, but the term is also part of the name for several related non-red dyes, such as Alizarine Cyanine Green and Alizarine Brilliant Blue. A notable use of alizarin in modern times is as a staining agent in biological research because it stains free calcium and certain calcium compounds a red or light purple color. Alizarin continues to be used commercially as a red textile dye, but to a lesser extent than 100 years ago.

Contents

  [hide] 

1   History 2   Structure and properties 3   Applications 4   See also 5   References 6   External links

History[edit]

Madder has been cultivated as a dyestuff since antiquity in central Asia and Egypt, where it was grown as early as 1500 BC. Cloth dyed with madder root pigment was found in the tomb of thePharaoh Tutankhamun and in the ruins of Pompeii and ancient Corinth.[citation needed] In the Middle Ages, Charlemagne encouraged madder cultivation. Madder was widely used as a dye in Western Europe in the Late Medieval centuries.[4] In 17th century England, alizarin was used as a red dye for the clothing of the parliamentary New Model Army. The distinctive red color would continue to be worn for centuries (though also produced by other dyes such as cochineal), giving English and later British soldiers the nickname of "redcoats".

alizarin color

The madder dyestuff is combined with a dye mordant. According to which mordant used, the resulting color may be anywhere from pink through purple to dark brown. In the 18th century the most valued color was a bright red known as "Turkey Red". The combination of mordants and overall technique used to obtain the Turkey Red originated in the Middle East or Turkey (hence the name). It was a complex and multi-step technique in its Middle Eastern formulation, some parts of which were unnecessary.[5] The process was simplified in late 18th-century Europe. By 1804, a dye maker George Field in Britain had refined a technique to make lake madder by treating it with alum, and analkali,[6] that converts the water-soluble madder extract into a solid, insoluble pigment. This

resulting madder lake has a longer-lasting color, and can be used more efficaciously, for example by blending it into a paint. Over the following years, it was found that other metal salts, including those containing iron, tin, and chromium, could be used in place of alum to give madder-based pigments of various other colors. This general method of preparing lakes has been known for centuries[7] but was simplified in the late 18th and early 19th centuries.

In 1826, the French chemist Pierre-Jean Robiquet found that madder root contained two colorants, the red alizarin and the more rapidly fading purpurin.[8] The alizarin component became the first natural dye to be synthetically duplicated in 1868 when the German chemists Carl Graebe and Carl Liebermann, working for BASF, found a way to produce it from anthracene.[9] About the same time, the English dye chemist William Henry Perkin independently discovered the same synthesis, although the BASF group filed their patent before Perkin by only one day. The subsequent discovery (made by Broenner and Gutzhow in 1871) that anthracene could be abstracted from coal tar further advanced the importance and affordability of alizarin's artificial synthesis.[10]

The synthetic alizarin could be produced for a fraction of the cost of the natural product, and the market for madder collapsed virtually overnight. The principal synthesis entailed oxidation of anthraquinone-2-sulfonic acid with sodium nitrate in concentrated sodium hydroxide. Alizarin itself has been in turn largely replaced today by the more light-resistant quinacridone pigments developed at DuPont in 1958.

Structure and properties[edit]

Alizarin is one of ten dihydroxyanthraquinone isomers. Its molecular structure can be viewed as being derived from anthraquinone by replacement of two neighboring hydrogen atoms (H) byhydroxyl groups (-OH).

It is soluble in hexane and chloroform, and can be obtained from the latter as red-purple crystals, m.p. 277–278 °C.[2]

Alizarin changes color depending on the pH of the solution it is in, thereby making it a pH indicator. [11]

Applications[edit]

Alizarin Red is used in a biochemical assay to determine, quantitatively by colorimetry, the presence of calcific deposition by cells of an osteogenic lineage. As such it is an early stage marker (days 10–16 of in vitro culture) of matrix mineralization, a crucial step towards the formation of calcified extracellular matrix associated with true bone.[citation needed]

Alizarin's abilities as a biological stain were first noted in 1567, when it was observed that when fed to animals, it stained their teeth and bones red. The chemical is now commonly used in medical studies involving calcium. Free (ionic) calcium forms precipitates with alizarin, and tissue block containing calcium stain red immediately when immersed in alizarin. Thus, both pure calcium and calcium in bones and other tissues can be stained. The process of staining calcium with alizarin works best when conducted in basic solution.[12]

In clinical practice, it is used to stain synovial fluid to assess for basic calcium phosphate crystals.[13] Alizarin has also been used in studies involving bone growth, osteoporosis, bone marrow, calcium deposits in the vascular system, cellular signaling, gene expression, tissue engineering, and mesenchymal stem cells.[12] In geology, it is used as a stain to indicate the calcium carbonate minera