For making towels and napkins, the following weave is used

Question

Accepted Answer

The correct option is 4: Terry Pile weave.

Terry Pile weave is the specialized textile structure developed specifically to maximize the essential functionality required of materials like towels and napkins. This weave is correctly classified as a warp pile fabric, meaning that it is constructed with loops of uncut yarn, known as the 'pile,' standing proud on one or both surfaces of the base cloth. This structure necessitates the use of two distinct sets of warp yarns: a tight ground warp that forms the foundation and provides structural integrity, and a looser pile warp that is specially manipulated to form these absorbent loops. The primary benefit of the terry pile structure is that the loops drastically increase the fabric's total functional surface area, enabling it to hold significantly more moisture than any flat-woven cloth. This superior absorbency, combined with the soft, cushioned texture provided by the numerous cotton loops, makes the Terry Pile weave the only suitable and universally adopted structure for bath and hand toweling applications.

The incorrect option is 1: Leno weave.
Leno weave, which is also referred to as gauze weave, creates a firm, open, and sheer mesh fabric by twisting two warp yarns around each weft yarn in a characteristic figure-eight pattern. This unique crossing locks the yarns firmly in place, which is highly effective at preventing yarn slippage in a loosely woven fabric. Therefore, the Leno weave is typically used for items where light filtration, breathability, and strength are needed, such as curtains, mosquito netting, or certain industrial filters. Critically, the open and low-surface-area nature of a Leno weave is contrary to the requirements of a towel, which demands maximum fiber density and surface area for high-volume liquid absorption.

The incorrect option is 2: Jacquard weave.
The Jacquard weave is a highly complex patterning method, rather than a specific basic fabric structure like plain or pile weave. It refers to the use of a Jacquard mechanism, which allows for the independent control of virtually every single warp thread to create intricate, large-scale, and curvilinear designs such as those found in brocade, damask, and tapestry. While a Jacquard loom can be used to weave a terry fabric—for example, to incorporate complex patterns or brand logos onto the towel—the core functional structure remains the Terry Pile weave. The purpose of Jacquard is purely decorative and for pattern complexity, not for creating the essential absorbent loop structure required for toweling.

The incorrect option is 3: Dobby weave.
The Dobby weave is a weaving technique used to create fabrics with small, repetitive geometric or textural patterns. A Dobby shedding mechanism is used to control the harnesses to produce simple motifs, such as in shirtings, honeycomb, or waffle cloth. The Dobby attachment is often used on terry looms to produce simple decorative borders or checkerboard effects on a towel's surface. However, similar to the Jacquard, it describes a patterning capability. The Dobby weave itself does not possess the structural capability to create the high-density warp pile loops necessary for the supreme absorbency that defines a functional bath or hand towel.