Mytextilenotes

Imagine approving a checked cotton fabric by shade, weight and construction, only to find that its horizontal checks climb across a shirt front or curve around a kurta pocket. The fabric may be free of holes and stains, yet its geometry is unsuitable for the intended garment. Bow and skew deserve their own inspection decision because they concern the arrangement of yarns, not...

A cotton yarn can meet an agreed overall unevenness limit and still produce a disturbing pattern in fabric. The missing question is often whether small mass variations repeat at regular intervals. A yarn spectrogram helps answer that question. For a spinning technologist it provides a route towards the source of a fault; for a buyer or merchandiser it explains why one accepta...

I am delighted to share that My Textile Notes has crossed six million page views.

In June 2026, the blog reached five million views. Now, just a few months later, it has added another million—the fastest million-view growth in its journey so far. This makes the milestone especially meaningful to me.

Writing about textiles is a continuing process of learning...

A collar that curls after washing, a jacket front that develops bubbles, or a kurta placket that becomes hard and shiny may appear to be a fabric defect. Often, however, the real problem lies in the hidden layer bonded behind the face fabric: the fusible interlining.

Interlining gives selected garment parts support, shape and dimensional stability. It is used in collar...

Reactive dyeing is the workhorse route for producing bright, wash-resistant shades on cotton, yet it is often explained as a recipe rather than a controlled chemical process. Salt, alkali, temperature, time and wash-off do different jobs. If one is poorly controlled, a dyehouse may still obtain a dark-looking fabric but lose levelness, reproducibility or wet fastness.