Men Teal Blue Printed Pure Cotton T-shirt
PRODUCT DETAILS
This season set a sporty fashion trend with the HRX Men's Athleisure T-shirt. This striped casual T-shirt can be worn on its own or layered under a jacket or a hoodie.
Features
Athleisure T-shirt can be paired with tracks, khakis or jeans
Style: Round Neck
Sleeve: Short Sleeves
Colour: Teal
Print: Geometric
Fit: Regular
Size & Fit
The model (height 6') is wearing a size M
Material & Care
100% cotton
Machine-wash
Specifications
Fabric
Pure Cotton
Fit
Regular Fit
Length
Regular
Main Trend
Geometric Print
Multipack Set
Single
Neck
Round Neck
Occasion
Casual
Pattern
Printed
There are some other key advantages or cotton fibre. Those ares-
It is inexpensive,
It has absorbent properties.
It is breathable.
It is easier to wash and care for than others.
During working time, cotton cloths is too much perfect to wear.
Cotton is also too much soft.
Disadvantages of Cotton:
Those are in the below:
It is not wrinkle resistant.
It is likely to stretch or shrink.
Cotton takes a long time to dry.
The color fades in sunlight here.
I bought this t-shirt for myself.. amazing quality.. absolutely satisfied with the design,color,pattern but the only issue is it looses color each time when washed
and probably may fade layer. Hrx is my fav brand,hence a 5 🌟
cotton, seed-hair fibre of several species of plants of the genus Gossypium, belonging to the hibiscus, or mallow, family (Malvaceae).
Cotton, one of the world’s leading agricultural crops, is plentiful and economically produced, making cotton products relatively inexpensive. The fibres can be
made into a wide variety of fabrics ranging from lightweight voiles and laces to heavy sailcloths and thick-piled velveteens, suitable for a great variety of wearing
apparel, home furnishings, and industrial uses. Cotton fabrics can be extremely durable and resistant to abrasion. Cotton accepts many dyes, is usually washable,
and can be ironed at relatively high temperatures. It is comfortable to wear because it absorbs and releases moisture quickly. When warmth is desired, it can be napped,
a process giving the fabric a downy surface. Various finishing processes have been developed to make cotton resistant to stains, water, and mildew; to increase
resistance to wrinkling, thus reducing or eliminating the need for ironing; and to reduce shrinkage in laundering to not more than 1 percent. Nonwoven cotton,
made by fusing or bonding the fibres together, is useful for making disposable products to be used as towels, polishing cloths, tea bags, tablecloths, bandages,
and disposable uniforms and sheets for hospital and other medical uses.
Cotton fibre processing
Cotton fibres may be classified roughly into three large groups, based on staple length (average length of the fibres making up a sample or bale of cotton)
and appearance. The first group includes the fine, lustrous fibres with staple length ranging from about 2.5 to 6.5 cm (about 1 to 2.5 inches) and includes
types of the highest quality—such as Sea Island, Egyptian, and pima cottons. Least plentiful and most difficult to grow, long-staple cottons are costly and
are used mainly for fine fabrics, yarns, and hosiery. The second group contains the standard medium-staple cotton, such as American Upland, with staple length
from about 1.3 to 3.3 cm (0.5 to 1.3 inches). The third group includes the short-staple, coarse cottons, ranging from about 1 to 2.5 cm (0.5 to 1 inch) in length,
used to make carpets and blankets, coarse and inexpensive fabrics, and blends with other fibres.
Most of the seeds (cottonseed) are separated from the fibres by a mechanical process called ginning. Ginned cotton is shipped in bales to a textile mill for yarn
manufacturing. A traditional and still common processing method is ring spinning, by which the mass of cotton may be subjected to opening and cleaning, picking,
carding, combing, drawing, roving, and spinning. The cotton bale is opened, and its fibres are raked mechanically to remove foreign matter (e.g., soil and seeds).
A picker (picking machine) then wraps the fibres into a lap. A card (carding) machine brushes the loose fibres into rows that are joined as a soft sheet, or web,
and forms them into loose untwisted rope known as card sliver. For higher-quality yarn, card sliver is put through a combing machine, which straightens the staple
further and removes unwanted short lengths, or noils. In the drawing (drafting) stage, a series of variable-speed rollers attenuates and reduces the sliver to firm
uniform strands of usable size. Thinner strands are produced by the roving (slubbing) process, in which the sliver is converted to roving by being pulled and slightly
twisted. Finally, the roving is transferred to a spinning frame, where it is drawn further, twisted on a ring spinner, and wound on a bobbin as yarn.
carding machine
carding machine
Close-up of a carding machine at a textile mill.
Faster production methods include rotor spinning (a type of open-end spinning), in which fibres are detached from the card sliver and twisted, within a rotor,
as they are joined to the end of the yarn. For the production of cotton blends, air-jet spinning may be used; in this high-speed method, air currents wrap loose
fibres around a straight sliver core. Blends (composites) are made during yarn processing by joining drawn cotton with other staple fibres, such as polyester or
casein.
cotton spinning
cotton spinning
Rotor spinning machines at a coarse cotton factory.
Understand why cotton fabric shrinks
Understand why cotton fabric shrinks
Learn why cotton fabric shrinks.
See all videos for this article
The procedure for weaving cotton yarn into fabric is similar to that for other fibres. Cotton looms interlace the tense lengthwise yarns, called warp,
with crosswise yarns called weft, or filling. Warp yarns often are treated chemically to prevent breaking during weaving.
Cultivation of the cotton plant
The various species of cotton grown as agricultural crops are native to most subtropical parts of the world and were domesticated independently multiple times.
Cotton can be found as perennial treelike plants in tropical climates but is normally cultivated as a shrubby annual in temperate climates. Whereas it grows up
to 6 metres (20 feet) high in the tropics, it characteristically ranges from 1 to 2 metres (3 to 6.5 feet) in height under cultivation. Within 80–100 days after
planting, the plant develops white blossoms, which change to a reddish colour. The fertilized blossoms fall off after a few days and are replaced by small green
triangular pods, called bolls, that mature after a period of 55–80 days. During this period the seeds and their attached hairs develop within the boll, which
increases considerably in size. The seed hair, or cotton fibre, reaching a maximum length of about 6 cm (2.5 inches) in long-fibre varieties, is known as lint.
Linters, fibres considerably shorter than the seed hair and more closely connected to the seed, come from a second growth beginning about 10 days after the first
seed hairs begin to develop. When ripe, the boll bursts into a white, fluffy ball containing three to five cells, each having 7 to 10 seeds embedded in a mass of
seed fibres. Two-thirds of the weight of the seed cotton (i.e., the seed with the adhering seed hair) consists of the seeds. The fibres are composed of about
87 to 90 percent cellulose (a carbohydrate plant substance), 5 to 8 percent water, and 4 to 6 percent natural impurities.
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