HONG KONG TAILORS DIRECTORY 2025/26

A camelid species (Vicugna pacos) that resembles a smaller version of a llama. The alpaca has been successfully domesticated for thousands of years, and only a few wild herds remain. Alpaca fibres in general contain fewer microscopic scales than sheep’s wool, which give them a smooth feel, and natural waterproofing. Unlike sheep’s wool, alpaca fibres are free of oil, and are therefore hypoallergenic. They also possess a high tensile strength, but like most camelids have difficulty taking dyes. The average fibre diameter is between 18-25µ, though this depends on the breed, of which there are two – Huacaya and Suri.

An oblique direction to the warp and weft of the cloth; true bias is judged at 45 degrees.

A spot-like micro-design for worsted wool. Named (obviously) after the shape of a bird’s eye. Normally two different shades of yarn are used to create a clear contrast, but the same shade can be used for more subtle cloths.

Before full-scale production of any cloth begins, a special loom creates several experimental patterns called blankets. This allows a designer to try new techniques and designs on a small scale, rather than having to create a whole cloth each time.

See ‘Finishing’

Camel hair is the most commonly used term for the fibres that come from the two-humped Bactrain camel (Camelus bactrianus). Bactrian camels will shed much of their winter coat in the summer months, but are mostly shaved today. Each camel can produce several kilograms of hair, which are still often collected by hand. Camel fibres are very beautiful, and are often left undyed in their natural caramel colour. Alongside the pleasingly rugged feel, this shade has become one the hallmarks of the textile, and is much appreciated in outerwear and jackets. The fibres are surprisingly fine, measuring between 16-18μ, yet a heavy weight means that they are very warm. The length of the fibres ranges from 25 up to 130mm, and they possess exceptional elasticity.

A closely woven fabric used as an interlining in jackets and coats. This can be made from cotton, flax, hemp, jute or man-made fibres.

See ‘Spinning’

Wool from the Cashmere goat (Capra hircus langier), sometimes spelt Kashmir after its place of origin. The goats produce two distinct coats. One is a coarse outercoat, which protects the animal from wind and rain. The other is a soft undercoat, consisting of fine hairs that help to trap heat close to the animal’s body. It is the latter coat that produces the cashmere fibres we use. These coats are gathered simultaneously by shaving, or by picking them from plants the animals brush against. The separation of the fibres has to be done manually, which is a major reason it is such a rare and expensive fibre. The fibres are extremely soft, possess an excellent sheen, and are light to wear and trap heat close to the skin, making them ideal for accessories such as socks, scarves and gloves.

A small piece of hair canvas and felt, which is sewn to the interlining in the chest area of the garment for strength and shape.

A squirrel-sized rodent, native to the Andes mountain region of South America. There are two species, the stocky Chinchilla chinchilla, and the large eared Chinchilla langiera. Both possess the silky platinum-coloured coat, but the micronage varies between species. The reason the coat is so soft is that the chinchilla grows about 65 hairs for every follicle (humans grow only one, if any). Such a dense covering acts as an impenetrable barrier, protecting the animal from bacteria, while also insulating it against the cold mountain conditions.

See ‘Spinning’

A fabric with a pile; for corduroy this pile is grouped in ribs, which are normally vertical and alternate in width. The weave and pile are mainly made of cotton, giving the cloth comfortable wearing properties. These fabrics are often used for trousers or sport jackets, and their warmth makes them popular in winter.

A series of fibrous, spindle-shaped cells that form the interior of the fibre. These provide the fibre’s elasticity and resulting high tensile strength.

A vegetable fibre that grows to protect and disperse the seeds of the cotton plant (Gossypium). Cotton is particularly used for breathable cloths that are incredibly versatile and resistant to washing; a single fibre can be bent 50,000 times or more without breaking. The natural white colour and cellulose structure of the fibres means cotton retains moisture to nearly 25 times its own weight. This allows it to dye easily, and cloths can be found in any shade or pattern imaginable. Fibre length for most cotton is quite long at 2-5cm on average, and the diameter is relatively thick at 12-20μ.

Tiny bends in the wool, which not only give it a curly appearance, but also help to give cloth good resilience and insulation.

See ‘Wet finishing’

Lining material used on the inside of the waistband of tailored trousers.

Perhaps the most valued of all silk, only spun during the rare event when two larvae co-operate to create a single cocoon. As the fruit of a partnership this cloth is symbolic of marriage in many cultures, making it much sought after to create suits for weddings.

A material that can be worn on either side.

An adjective that describes the way cloth falls when hung. Draping quality varies with structure, composition and finish of the material.

Finishing that doesn’t involve water. The fabric is dried to a certain width and then ‘raised’, where the surface of the cloth is brushed. This is important for cashmere and cloth crafted especially for overcoats.

The warp yarns in a fabric.

The outside of the wool fibre, which is coated in microscopic overlapping scales, allowing it to cling together and form felt under heat and pressure. Heat also becomes trapped between them easily, making it a good insulator.

The outside (or ‘right side’) of the fabric. This is visible when the garment is finished.

Cloth with a pile, or a nap.

The fabric that forms the top covering of the lapel on a jacket or coat, and which usually folds to the inside of the garment from the top buttonhole. The lining inside the jacket is attached to the facings. On a dinner jacket or tuxedo, the facing may be silk.

A type of fabric based on a plain weave: the difference of density of the yarn (higher in warp than weft, so more ends/inch compared to picks/inch) and the different yarn counts (finer in warp than weft) create a ribbed effect.

Though the individual composition of cloths can vary greatly, the raw ingredients are drawn from only two areas of the natural world – the coats of animals, or plant fibres. Depending on the type of cloth desired, these fibres can be processed, spun, blended, and woven in many different ways, but arguably the most important choice is always the parent species.

The individual immersion of fibres in ink or colouring. This is the most economical way of colouring fabrics, but it carries the greatest risk of disruption due to the friction of weaving, and is harder to uniformly match the individual fibres.

Invisible mending to repair faults in a fabric.

Wool with an average micron of 18.6µ and upwards.

The diameter or thinness of the individual fibres. It is generally styled as micron, micronage, or μ.

Cloth that has been treated after its initial manufacture to make it suitable for intended end-use; such as bleaching, dyeing, shrinking, or adding easy-care properties.

Arguably the most important stage of the cloth making process, as it is here that collections are often given their most distinctive attributes. Cloth fresh from the loom is known as ‘grey goods’ to signify it is still raw. There are many different types of finishing, with dyeing only one. Before a cloth can be dyed or conditioned it must first be treated. A typical treatment will clean the fabric and stretch the cloth to its proper width.

Napping – Napping involves brushing and teasing to raise the surface of a cloth. It affects the weft yarns more than the warp, as these are often tighter. This is used to create corduroys and velvets.

Calendering – At its most basic this is a form of ironing, which sets and smooths the cloth between two heavy heated presses. This also adds a nice sheen to many cloths due to the heat involved. Embossed and moiré cloths use this stage to stamp patterns into the cloth.

Scouring – This removes any impurities in wool, by washing and stretching the cloth in warm water.

See ‘Finishing’

An interlining that has been treated so it adheres to other fabrics via the application of heat and pressure.

A derivation of a twill weave. It creates diagonal stripes on the face of the cloth. The construction of the cloth is very tight, so it is often used for trousers.

A term describing the finish of a cloth with a smooth, high-polished surface. This is obtained by means of friction during calendering; can also refer to a shiny mark obtained by excessively hot ironing or bad pressing.

A deliberate shine on fabric obtained after pressing, usually caused by heat and pressure in the areas of extra thickness such as pockets and seams.

The direction of the warp of the fabric that runs up and down its length. A garment would normally be cut on the grain. Cross grain is cutting a garment across the grain. Off grain is cutting the garment on the bias. The grain line is marked on each pattern piece to ensure the correct direction of the grain.

The fibre taken from the undercoat of the guanaco camelid (Lama guanicoe). Genetically they are cousins of the vicuña, and inhabit the same high Andean plains in South America. Unlike the vicuña, these animals have been domesticated successfully, although numbers have depleted to only 500,000. The natural colour is a creamy white, and each fibre is covered with miniscule scales that capture hot air while repelling moisture. This makes them notoriously tricky to dye, and due to the difficulty of procuring sufficient amounts, guanaco is most often blended with other fibres in its natural colour. The length of the fibres is on average between 20-25mm, and they are very fine at only 16-18μ.

A springy, wiry fabric used to interline and strengthen a jacket or coat in the chest area. It has cotton or linen warp, and a weft of horsehair.

The feeling fabric has in your hand.

Stabilisation of fibres, yarns and threads with heat.

A modified twill weave. The diagonal structure of the twill changes its direction after a constant number of warp threads. The result is a zig-zag effect, which looks a little bit like the skeleton of the herring, hence the name.

A modification of a plain weave, in which two threads in warp are followed by two threads in weft. This creates the appearance of small cubes. This type of weave is very popular in jacketings, but can sometimes be seen in suitings and outerwear.

A layer of fabric inserted between the front and the lining of a jacket and coat. This gives stability, shape-retention and strength. The interlining can be sewn in or bonded by heat.

Traditional Irish linen is heavier than most other varieties, and must be produced from 100% European fibres. These are often imported from Belgium, which is known as the world’s best flax producer.

To create intricate patterns or special designs, a jacquard loom is used. This can have many different feeds for both warp and weft, and requires constant monitoring.

A narrow strip of fabric that is usually cut on the warp, then sewn parallel to the pocket opening and turned over to form the pocket-mouth edge.

A fibre derived from the tropical tree of the same name (Ceiba pentandra). Shaped like a giant nut, the fruit of the kapok contain silky threads that help seeds float on the wind; the tree is therefore endemic to any continent that can support it. These fibres are so fine that they have not been possible to spin until recently, and new weaving techniques are used to create suitings with greater durability than cotton.

In its natural state, wool is coated in oil called lanolin, which creates a waterproof barrier for the sheep. Lanolin-covered wool is known as ‘greasy wool’, and this is removed through the process known as ‘scouring’.

A vegetable fibre taken from the flax plant (Linum usiltatissium). Flax requires constant attention during cultivation, and the fibres do not stretch, making weaving difficult. Linen is renowned for its cooling properties; garments and cloth remain cool to the touch under even the most intense heat, as its unique cell structure allows it to conduct heat away from the body. The fibres can also absorb moisture very easily. This means that humidity and perspiration are carried away from the body, and evaporate quickly due to the cloth’s loose structure. Fibres are also very strong because of their low elasticity; this allows garments to retain shape after wearing and washing, but also means that they can crease easily.

The channel through which the fibre is nourished, and governs the good crimp and absorbency of fibres.

A particularly fine wool, which originated in Spain. It provided the money that funded Columbus’ voyage to the Americas, and today accounts for a large part of Australia’s export economy. The world’s finest wool comes from these Australian merino sheep, and in particular the Saxon-Merino breed.

There are two species of the semi-aquatic mustelid known as the mink; the American mink (Neovision vison), and the European mink (Mustela lutreola). The finest fibres come from the American variety, with the European mink’s pelt used only rarely. To keep the mink warm during aquatic adventures its fur fibres are extremely fine, measuring only 14-15μ. This enables the mink to glide smoothly through freezing water, but dry quickly. Mink fur is extremely resistant to moisture, which makes it hard to dye. Colour differences have therefore been purposefully bred.

Spun from the fleece of the Angora goat, not to be confused with ‘Angora wool’, which comes from the Angora rabbit. Angoras are shaved twice a year, with the summer shaving harvesting finer and softer fibres than those that have grown through the winter. The very best mohair comes from juvenile goats, and is, therefore, known as kid mohair. Mohair fibres are extremely soft and resilient, while also being insulating. They are very smooth, and lack the microscopic scales other organic fibres have, meaning that they reflect light, creating a sheen. Mohair is unique amongst fibres as it is valued not by its softness or fineness, but the lustre of its sheen. The wool becomes nearly white once scoured, and thus dyes very easily.

A fibrous surface to the fabric that is raised from the basic structure. This may have a different feel to the touch, being rough in one direction and smooth in the other. Fabrics with a nap should be cut only in one direction, usually smooth for cashmere or camelhair, and rough for velvet and corduroy.

A fabric made by the bonding of fibres via chemical or mechanical means. Some under-collar fabrics are constructed in this way.

The weft yarns in the fabric.

Colouring the whole bolt of cloth at one time. This produces nearly perfect uniformity across the bolt, but minor differences between bolts can mean matching them is difficult. Piece-dyed fabrics are usually cut into length for tailors at one time to ensure the best uniformity.

A surface effect on a fabric that stands proud from the body of the material. Usually associated with velvets, corduroys and cashmere over-coatings.

The most basic type of weaving. Each horizontal weft thread is interlaced with each vertical warp thread by going over the first and under the second, over the third and so on. Because of such rigorous interlacing the plain weave is the most solid construction. The fabric can be very light and airy without sacrificing stability.

A special kind of twill weave where one vertical warp thread goes over two but under only one horizontal weft thread. A common characteristic is that the face of the fabric looks different from the back, especially if different shades are used in warp and weft.

See ‘Dry finish’

Created when the weft is allowed to pass over multiple yarns. This creates a very smooth face, and a very rough back. Normally satins are heavier than plain weaves or twills, but they have a soft handle and excellent drape.

The longitudinal edges of a fabric formed during the weaving process; usually the component threads are interlaced to prevent them from fraying or unravelling.

Known as pick-and-pick in the UK, this is a design based on a 2/2 twill (although the same effect can be achieved on a 2/2 hopsack), with alternating colours in warp and weft.

Spun fibres are called yarn, and the traditional instrument used is known as the distaff. The distaff used a hand-guided weight called a spindle to spin the fibres as they were drawn out vertically with the other hand. This was repeated several times, depending on how fine or strong a yarn was to be. The most common method is ring spinning, which involves high-speed spindles that rotate continuously.

Picking and lapping – Lumps of fibre are broken up and cleaned, then gathered into laps or rolls.

Roving – This draws out the sliver and twists it together, forming a rope like length called a roving.

The Super system is a classification of diameter or fineness, and, for consumers, is perhaps the most commonly seen measurement.

The second finest wool available, mostly used in luxury products. The micronage must be 17.6-18.5µ.

The twill’s characteristic diagonal appearance is created when a warp thread stretches over and under two or more weft threads. The most common is the 2-and-2 twill: 2 warp threads go over and then under 2 weft threads at a time; 3-and-3 twills, and sometimes even 4-and-4, can also be found. Twill fabrics offer great versatility and drape.

A measure of micronage, 1/1000th of a millimetre. The smaller the micronage, the finer the cloth feels.

The finest wool available today, it must be 16.0µ and finer.

Velvet has a short pile of around 2 to 3 mm, and is mainly made of cotton. Velvets are in general very delicate and have to be treated very carefully to avoid damage. The pile of velvet, as well as that of corduroy, has a natural direction, which has to be taken into account during weaving and construction.

The vicuña (Vicugna vicugna) is a small camelid that lives on the high Andes plains of South America. Their fleece is widely regarded as providing the best fibres in the natural world. The wool can only be collected from each animal once every three years, and the average yield is very small. Vicuña are impossible to keep in captivity, and none have been successfully domesticated. Coupled with a low population, this makes vicuña the world’s rarest fibre. Each fibre is covered in microscopic scales that trap hot air, which keeps the animal warm at high altitudes by keeping heat near the body. The fibres are also naturally waterproof, as moisture retention in such a cold environment would be detrimental. These properties make vicuña cloth an excellent insulator, but also mean that they are hard to dye. This means that most cloths will retain the cinnamon colour natural to the fibre. The fineness of the undercoat measures 10-12μ, with the average fibre length between 20-25mm.

A series of longitudinal yarns (also called ends) in a woven material.

The interlacing of two yarns, at right angles to each other, often arranged into designs. This creates an unbroken sheet of cloth. During weaving the warp yarn is fed continuously onto a rotating drum, while the weft yarn is moved back and forth by a small shuttle; interlaced fibres are then compressed together by the loom’s reed. This process is repeated until the desired length of cloth is reached, sometimes several million times.

A series of yarns (also called ends) interlaced across the warp of the fabric from selvedge to selvedge.

Finishing that involves water. Elements include cropping, where the cloth is passed over a knife, and the raised fibres on the surface of the cloth are cut to an equal height. Then blowing or pressing, where the cloth is spun in a steam filled centrifuge. This consolidates the cloth and gives the final shrinkage. And finally a paper press, where the cloth is layered between electrically heated cardboard and metal, and placed under pressure for 24 hours, giving worsted cloths their smooth handle. Paper pressing has become very rare in the modern era, as it requires a large amount of preparation by hand.

Though ‘wool’ can be used to indicate the protective covering of several animals, it most commonly refers to the sheep fleece.

A bulkier wool yarn, most commonly used in heavier jackets and coats. Its surface is characterised by a soft, fuzzy and uneven appearance. This occurs as a result of undergoing only the carding process, without the smoothing that comes from combing.

Wool that is both carded and combed, creating a finer, harder yarn by making fibre lengths uniform. Worsted cloths are traditionally smoother and shinier than woollen ones; they may also feel lighter to wear.

Colouring the freshly spun fibres together. This is more expensive and carries less of a risk because all the fibres are dyed uniformly.