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THE GUIDE TO SUMMER SHIRT FABRICS
The aim of a shirt bought for summer might seem easy: to stay cool. But there are several variations here, and crossovers with styles and other functionality.
This, then, is our substantive yet focused guide to buying a shirt fabric for the warmer months.
As ever, it is not aimed at recommending specific cloths, because the mills don’t vary that much in the things discussed here – fibres, weaves and finishes.
Rather, it should enable you to know whether you want a linen, a muslin or a zephyr, and why. Then you can pick what weight and colour you want.
So, how do you make a cool shirting fabric? Well generally you want it to be breathable – that’s the priority, rather than being lightweight.
Superfine fabrics, for example, are often lightweight. But they are also densely woven, which makes them not very breathable and so not great in warm weather.
That breathability will come from three things: the fibre, the yarn or the weave.
First, the fibre. Most shirtings are cotton, and this is pretty breathable and cool – certainly more than fibres like wools, cashmere or synthetics.
However, linen is better. Linen is such a strong fibre that it can be woven quite loosely, making it breathable. It is also cool to the touch, because the fibre is a good conductor. (Metal feels cool for the same reason.)
Linen wrinkles of course. For some, that’s part of the charm, but it might also make it too casual for smarter shirts.
In that situation it’s worth turning to linen/cotton mixes, which balance the sharpness of cotton and the breathability of linen.
In fact, I’d recommend linen/cotton through most of the year, because it has that breathability (but not too much) and because it looks more casual than cotton (but not too much).
And while you do often need a cooler shirt in the summer, in the winter it’s easy to just wear knitwear or heavier tailoring over the top.
Next, the weave. In general here you want a more open, less dense weave.
So in a basic cotton, a plain weave (or broadcloth) is more open than a twill, and will breathe better.
Then there are more specialist warm-weather weaves, such as zephyr. Zephyr has a square weave construction, with an almost equal number of threads per inch in warp and weft, which makes it very breathable.
Specialist cotton yarns can also make a difference. So voile, for example, uses a high-twist yarn. This gives the yarn extra strength (like linen) and enables it to be woven more openly.
Muslin, on the other hand, uses a normal yarn but a very lightweight one. This makes it softer, but also quite liable to wrinkle, and therefore not as smart. Both voile and muslin are more commonly used in women’s clothing.
What Is Mesh Fabric?
There are a few different versions of mesh fabric, but this type of fabric is typified by its lightweight heft and permeable texture. Unlike most types of fabric, which feature closely-woven textures, mesh is woven loosely, which results in thousands of tiny holes being present in each mesh garment.
The idea of mesh has been around for thousands of years; for instance, every type of net in existence is made from mesh, and this material has also been used to make items like hammocks. However, it wasn't until the end of the 19th century that textile innovators started using mesh for apparel.
Mesh fabric is made with a variety of different techniques depending on the type of fiber from which it is composed. While nylon and polyester are very similar in a number of ways, polyester was developed a few decades after nylon, which means that the production of this synthetic material follows significantly more advanced manufacturing processes.
Though the processes used to make these two types of fabric fibers differ, for each type of fiber, the process begins with the refining of petroleum oil. Polyamide monomers are then extracted from this oil, and these monomers are then reacted with various forms of acid to make polymers.
Lining Fabric for Clothing
Lining fabric refers to a group of materials inserted into various garments, from skirts and shorts to dresses, jackets and coats. Such fabrics can be made of natural or synthetic fibers and range from sheer to opaque.
While most of them are produced in solid colors, you can still find lots of patterned lining materials. This F. A. Q. section covers the most popular questions about lining fabrics, their types, and properties.
The purpose of lining fabric is to make your garment more wearable, long-lasting and comfortable. They are usually lightweight and have a soft or silky texture. Not all items need to be lined, though. When choosing the appropriate lining for a project, one needs to pay attention to the stretch factor. If the garment is not stretchy, e.g. a cotton shirt or a wool jacket, non-stretch lining fabric is ok. But if the item is made with elastic materials like jersey, tulle or stretch satin, the lining one ends up choosing should be stretchy as well.
Blended or inlaid conductive fibers
The mechanism of the first two methods is to increase the moisture regain rate of the fabric, reduce the insulation, and accelerate the electrostatic leakage. Therefore, if the processing effect is not durable or not significant in a dry environment or after repeated washing, it is usually applied to ordinary clothing fabrics. Only the third method can permanently and efficiently solve the static electricity problem of textiles. It is an anti-static fabric woven from a new type of conductive yarn (or metal fiber blended yarn). The addition of conductive wire (yarn) is divided into two kinds of inlaid and interwoven (specifically twill, according to customer requirements). The fabric has good durability, anti-static, dustproof and other properties. Therefore, it is widely used in the production of anti-static work clothes.
Application of anti-static fabric
Anti static fabric is fabric that has undergone anti-static processing and is widely used in the workwear of explosive industries such as petroleum industry, mining and smelting industry, chemical industry, coal mine, gas station, liquefied gas station, oil tanker, fireworks and firecrackers, and atomic energy, aerospace, Weapons, precision instruments, microelectronics, automobiles and other static sensitive industries, and other industries, such as: food, medicine and other industrial work clothes that require high cleanliness.
The aim of a shirt bought for summer might seem easy: to stay cool. But there are several variations here, and crossovers with styles and other functionality.
This, then, is our substantive yet focused guide to buying a shirt fabric for the warmer months.
As ever, it is not aimed at recommending specific cloths, because the mills don’t vary that much in the things discussed here – fibres, weaves and finishes.
Rather, it should enable you to know whether you want a linen, a muslin or a zephyr, and why. Then you can pick what weight and colour you want.
So, how do you make a cool shirting fabric? Well generally you want it to be breathable – that’s the priority, rather than being lightweight.
Superfine fabrics, for example, are often lightweight. But they are also densely woven, which makes them not very breathable and so not great in warm weather.
That breathability will come from three things: the fibre, the yarn or the weave.
First, the fibre. Most shirtings are cotton, and this is pretty breathable and cool – certainly more than fibres like wools, cashmere or synthetics.
However, linen is better. Linen is such a strong fibre that it can be woven quite loosely, making it breathable. It is also cool to the touch, because the fibre is a good conductor. (Metal feels cool for the same reason.)
Linen wrinkles of course. For some, that’s part of the charm, but it might also make it too casual for smarter shirts.
In that situation it’s worth turning to linen/cotton mixes, which balance the sharpness of cotton and the breathability of linen.
In fact, I’d recommend linen/cotton through most of the year, because it has that breathability (but not too much) and because it looks more casual than cotton (but not too much).
And while you do often need a cooler shirt in the summer, in the winter it’s easy to just wear knitwear or heavier tailoring over the top.
Next, the weave. In general here you want a more open, less dense weave.
So in a basic cotton, a plain weave (or broadcloth) is more open than a twill, and will breathe better.
Then there are more specialist warm-weather weaves, such as zephyr. Zephyr has a square weave construction, with an almost equal number of threads per inch in warp and weft, which makes it very breathable.
Specialist cotton yarns can also make a difference. So voile, for example, uses a high-twist yarn. This gives the yarn extra strength (like linen) and enables it to be woven more openly.
Muslin, on the other hand, uses a normal yarn but a very lightweight one. This makes it softer, but also quite liable to wrinkle, and therefore not as smart. Both voile and muslin are more commonly used in women’s clothing.
What Is Mesh Fabric?
There are a few different versions of mesh fabric, but this type of fabric is typified by its lightweight heft and permeable texture. Unlike most types of fabric, which feature closely-woven textures, mesh is woven loosely, which results in thousands of tiny holes being present in each mesh garment.
The idea of mesh has been around for thousands of years; for instance, every type of net in existence is made from mesh, and this material has also been used to make items like hammocks. However, it wasn't until the end of the 19th century that textile innovators started using mesh for apparel.
Mesh fabric is made with a variety of different techniques depending on the type of fiber from which it is composed. While nylon and polyester are very similar in a number of ways, polyester was developed a few decades after nylon, which means that the production of this synthetic material follows significantly more advanced manufacturing processes.
Though the processes used to make these two types of fabric fibers differ, for each type of fiber, the process begins with the refining of petroleum oil. Polyamide monomers are then extracted from this oil, and these monomers are then reacted with various forms of acid to make polymers.
Lining Fabric for Clothing
Lining fabric refers to a group of materials inserted into various garments, from skirts and shorts to dresses, jackets and coats. Such fabrics can be made of natural or synthetic fibers and range from sheer to opaque.
While most of them are produced in solid colors, you can still find lots of patterned lining materials. This F. A. Q. section covers the most popular questions about lining fabrics, their types, and properties.
The purpose of lining fabric is to make your garment more wearable, long-lasting and comfortable. They are usually lightweight and have a soft or silky texture. Not all items need to be lined, though. When choosing the appropriate lining for a project, one needs to pay attention to the stretch factor. If the garment is not stretchy, e.g. a cotton shirt or a wool jacket, non-stretch lining fabric is ok. But if the item is made with elastic materials like jersey, tulle or stretch satin, the lining one ends up choosing should be stretchy as well.
Blended or inlaid conductive fibers
The mechanism of the first two methods is to increase the moisture regain rate of the fabric, reduce the insulation, and accelerate the electrostatic leakage. Therefore, if the processing effect is not durable or not significant in a dry environment or after repeated washing, it is usually applied to ordinary clothing fabrics. Only the third method can permanently and efficiently solve the static electricity problem of textiles. It is an anti-static fabric woven from a new type of conductive yarn (or metal fiber blended yarn). The addition of conductive wire (yarn) is divided into two kinds of inlaid and interwoven (specifically twill, according to customer requirements). The fabric has good durability, anti-static, dustproof and other properties. Therefore, it is widely used in the production of anti-static work clothes.
Application of anti-static fabric
Anti static fabric is fabric that has undergone anti-static processing and is widely used in the workwear of explosive industries such as petroleum industry, mining and smelting industry, chemical industry, coal mine, gas station, liquefied gas station, oil tanker, fireworks and firecrackers, and atomic energy, aerospace, Weapons, precision instruments, microelectronics, automobiles and other static sensitive industries, and other industries, such as: food, medicine and other industrial work clothes that require high cleanliness.