Murshidabad, West Bengal

Murshidabad cotton is a high-twist, fine-denier textile historically celebrated for its silk-like handle. It is technically distinguished by its tensile strength-to-fineness ratio, allowing for a fabric that is incredibly thin yet durable enough to withstand complex printing, heavy tailoring, and daily wear.

Origin

Developed under the patronage of the Nawabs of Bengal in the 18th century as a high-performance alternative to royal muslin. Produced in the Murshidabad district of West Bengal. The region’s specific humidity levels allow weavers to spin cotton into ultra-fine counts (80s to 120s) that would otherwise snap in drier climates. While Dhaka was the centre for gossamer muslins, Murshidabad became the technical hub for "Mulmul" that could actually be used for structured garments. It represented a middle ground in textile engineering: the "airiness" of a sheer weave combined with the "substance" required for printing and stitching. It was this balance that made it a global favourite for summer tunics and colonial-era exports.

Technique

Murshidabad cotton is an exercise in yarn-count precision and fibre alignment. The weavers utilise yarns that are significantly finer (high count) than standard commercial cotton. This results in a "breathable membrane" structure that allows for maximum air exchange. To manage these delicate threads on a handloom, the yarn is treated with a specialised rice-starch. This creates a temporary structural stiffness during weaving. Once washed, the starch disappears, leaving behind a fabric with a signature "liquid" drape.

Technically, the fibre has a high "pore volume." This makes it the ideal canvas for printing, as the dyes penetrate the core of the fibre rather than sitting on top, ensuring the colours remain vivid even after years of use.

The defining mechanical property of Murshidabad cotton is its surface smoothness. Because the fibres are so tightly twisted and finely woven, the fabric does not "pill" or become fuzzy. This creates a frictionless surface that feels cool against the skin—a property known as conductive cooling, where the fabric rapidly transfers heat away from the body.

At Kanasi, we utilise this versatile fabric for our gilet jackets and also offer it as yardage, providing you with a high-performance material to create your own bespoke pieces.