Baluchari Sari

Baluchari Sari

It is a popular ninteenth centruy figured silk saree. It is an elaborately woven brocade known to have been made during 1850-1900 in the village surrounding Baluchar (Murshidabad Distt.)

Baluchar Sarees are similar in appearance and in weaving techniques to many Banaras Brocades although they never contain Zari threads, only silk. They have intricate supplementary weft or warp borders and end pieces created in untwisted silk threads of colors that contrast with the ground, with elaborate floral borders. The figures are commonly involved in such activities as smoking a hooka, riding a train, or smelling a flower, and are often dressed in Mughal style or European cloths, the grounds of these saris are generally dark with purple, dark brown and red being common, while the wide range of colors found in the supplementary threads are always light, such as white, yellow orange of pink

The Bengali Saris are created on draw looms, which contains a complicated mechanism for weaving multi-warp and multi-weft figured textiles.

Material is used as silk. The dimensions for a Baluchar Sari are in Cm (length=558, width=112, ends per cm=38, picks per cm =35)

This is an amazing video on the Baluchar Silks

tanchoi

This is a figured silk in which a densly patterned heavy fabric is created that has no floats on the reverse. The unused threads are woven into the foundation at the back. Traditionally, the face of the fabric has a satin weave ground ( warp threads) with small patterns made by the weft threads repeated over the entire surface.

The supplementary weft patterning of these brocades is woven in silk. The threads may be either untwiste, giving a 'thick' line to the woven design or they may be made of twisted yarns that produce a finer, denser pattern.

Tanchoi brocades originated from China, initially being part of nineteenth century Parsi trade between India, China and England.

Dimensions for a Banaras 5 colored tanchoi silk may be length 559 cm, width 117 cm, warp count may be 109/cm and weft count as 132/cm.

Phulkari

Phulkari

The rich agricultural states of Punjab and Haryana are famous for the "phulkari" (flower work) shawls that were worn with choli and gaghra . It formed the traditional costme of rural women of this regioin. It was a costume both spectular and eminently practical. Phulkaris were made for every day wear. Usually the border and field of the shawls were not so densly embroidered. Phulkaris were made for family use, or as gifts, very rarely were they made for sale.

Motifs of flowers, birds and human figures were embroidered in soft untwisted silk in combinations of gold, yellow, white, organge or red, on a ground that was usually a brick red color, but could sometimes be black or white. Although designs on phulkaris were often figurative, motifs and scenes from daily life-houses, temples, flowers, animals, wedding rituals and processions were used. Images of vegetables and flowers, wheat and barley stalks, the sun, moon, trees and rivers, mughal gardens, kites and even playing cards were stitched on phulkaris.

the embroidery was worked in silk thread from Kashmir, Afghanistan or Bengal, although the best quality silk was Chinese. the yarn was worked on a coarse handmade cloth known as Khaddar, which was produced in the village by local Jullaha. Three of these pieces would be joined together to form a phulkari. Khaddar was locally available cheap, hard wearing, and more importantly, it was preferred to mill made cloth as its coarse weave facilitated the counting of threads necessary for phulkari work.

The design was embroidered from the reverse side using darning stitches over counted threads. Only one thread was taken up with each pick of the needle, leaving a long stitch below to form the pattern. Stitching ran in both horizontal and vertical directions in order to give a variation in texture. In addition to darning stitch, double running stitch or chain stitch is used to form the outline of figures of birds, animals and humans, which were then filled in with darning and satin stitch. Satin or stem stitch was used on phulkari. Borders and blanket stitch or button hole stitch was used for finishing off the edges.

Effect of Fabric Structure on Fabric Properties

Effect of Woven Fabric Structure on Fabric Properties

1. Tensile Strength: The more the crimp the less the strength. Other things being equal, plain weave fabrics which have the highest crimp have the lowest strength.

2. Extensibility: The more crimp there is in the yarn the more extensible is the fabric, therefor longer the floats, the less extensible is the fabric.

3. Surface Friction: Whether surface is smooth or rough. Long floats produce smooth fabrics with low crimp levels.

4. Tear Strength: In case of tensile loading, all the yarns in the direction of the loading share the load. In tear loading only one, two or at most few yarns share the load. In tight constructions, the movement of the yarn is restricted during loading and yarn will be presented to the load one by one; this results in a low tearing strength. Loose open constructions allow more freedom for the yarns to move and group together, thus presenting bundles of yarns to the tearing load, in consequence the tear strength is high. Designs which have group of yarns woven together such as rib or basket will have hight tear strength.

5. Abrasion Resistance: The most important factors are the crimp levels and the height of the crowns caused by the crimp. The greater the number of crowns/area or the greater the area of each crown, the less will be the stress concentration on the crowns and this leads to a high abrasion resistance. The longer the floats the larger the area of contact between the yarn and the abraidant and the higher the abrasion resistance.

6. Drape: Heavy fabrics from coarse yarns and dense constructions have poor drape characteristics. Fabrics with long floats in the weave permit the yarns to move freely; this reduces the bending and shear resistance of the fabric, leading to a better drape behaviour.

7. Crease Resistance: A plain woven fabric with a high fabric count puts a heavy strain on the fibres and limits the recovery of the fabric. The longer the floats, the higher will be the crease resistance of the fabric.