Composite Yarn

Why Choose Us?

Quality products

The company has Germany barmag high-speed loading machine, TMT Japan imported winding machine, specializing in the production of various specifications of porous fine denier and differentiated microfiber products.

Wide range of products

Microdenier fiber; High elastic series: High elastic ultra-high elastic, PTT, PBT can be with function or color; Imitation cotton series; Regeneration series; Cationic luminous series; Functional yarn; PLA fiber; Polyester color silk, etc., can accept a variety of differentiated fiber customization.

Reliable service

We with the best cooperation team, in line with the common development with customers, create value faith, constantly improve the quality of their products, gain customers trust and love.

Professional team

We have professional R&D team, with many internationally renowned enterprises discuss for research, development and application in environmental protection and functional yarn and fabric.

What Is Composite Yarn

Composite yarn is a type of textile yarn that is created by combining two or more different types of fibers or yarns together. This process creates a yarn that has unique properties that cannot be achieved with single fiber or single yarn alone. Composite yarns can be used to create fabrics with specific properties, such as strength, elasticity, or water resistance.
The process of creating composite yarn involves twisting together two or more different types of fibers or yarns. The fibers or yarns can be of different colors, textures, or compositions, and can be twisted together in different ratios to create different effects. The resulting yarn is a combination of the properties of the individual fibers or yarns, resulting in a yarn with unique characteristics.

How Is Composite Yarn Made

Composite yarn can be created in a variety of ways, including core spinning, air-jet spinning, and wrapping. In core spinning, a core yarn made of one type of fiber is wrapped with another fiber. The resulting yarn has a core of one fiber and a wrapping of another, creating a yarn with unique properties.
In air-jet spinning, fibers are blown into a spinning chamber where they are twisted together to create a composite yarn. In wrapping, a yarn is wrapped with a secondary yarn or filament, creating a composite yarn with enhanced properties.
Composite yarn can be made from a variety of different fibers, including natural fibers such as cotton, silk, and wool, as well as synthetic fibers such as polyester, nylon, and spandex. The combination of fibers used in a composite yarn can be tailored to achieve specific properties, such as moisture management, durability, or elasticity.

Essential Properties of Composite Yarn

Length and length variation
Length is an important parameter that determines the usefulness of a composite yarn. When a continuous yarn is to be made out of individual fibres, it should possess a considerable length with reference to its diameter, otherwise, it would not be possible to make a yam that would hold together the constituent fibres. This is referred to as the length to breadth ratio. The most useful fibres should have length to diameter/breadth ratios of more than 100: 1.

Strength
The strength may be tensile strength, bending strength, bursting strength, etc. As per the direction of application of force. Fibre strength and elongation have a direct relationship with yarn strength and elongation another thing being constant. A stronger fibre result in stronger yarn and the same is true about fibre elongation.
The strength of any material is derived from the load it supports at the break and is thus a measure of its limiting load-bearing capacity. Normally strength of the composite yarn is measured in tension when the fibre is loaded along its long axis and is designated as "tensile strength". The tensile strength of the composite yarn is measured as the maximum tensile stress in force per unit cross-sectional area or per unit linear density, at the time of rupture — called "tenacity", expressed in terms of grams per denier or grams per tex units.

Uniformity
A fibre possessing this property can produce reasonably even yarns. This is also important in connection with the strength of the resulting yarn. Uniform composite yarn should possess uniformity in their thickness and length.
Unfortunately, none of the principal natural fibres like cotton or wool has the same length and diameter of the fibre in the same lot. Fibres in any specified qualities, grades or lots vary considerably in length and diameter. On the other hand, manmade staple fibres are more uniform as they are cut to the exact length after being spun and drawn, and even the diameter can be controlled within close tolerance limits during its manufacture.

Spinnability
Spinnability includes several physical properties each having an effect on the ability of the fibres to be spun into yarn. Staple fibres must have to be capable of taking a twist or being twisted (flexibility). They must have a certain degree of friction (cohesion) against one another to stay in place when the pull is applied to the yarn. They must also be able to take on whole special finishes for lubrication during spinning or to provide additional surface resistance to abrasion.

Composite Yarn Classified by Process

Staple composite yarn

Staple yarns are classified based on the staple fibres used. These fibres are relatively short and must be spun together to create a continuous thread. Staple yarns are widely used in the textile industry for their versatility. Within the staple yarn category, we find various subcategories, including carded yarn, combed yarn, woolen yarn, and worsted yarn.
Carded yarn: Carding is the process of aligning the fibres and removing impurities to create a carded yarn. This type of yarn retains a rustic appearance and offers excellent insulation and softness. It is commonly used for making cozy sweaters, blankets, and other warm garments.
Combed yarn: Combed yarn undergoes an additional process called combing, where the fibres are meticulously aligned, resulting in a smoother and finer yarn. Combed yarn is known for its strength, smoothness, and uniformity, making it suitable for creating high-quality fabrics, such as fine clothing and luxury textiles.
Woollen yarn: Woollen yarn is specifically made from animal fibres, primarily wool. It is characterized by a soft and fuzzy texture, offering excellent warmth and insulation. Woolen yarn is commonly used in creating cozy winter wear, blankets, and upholstery fabrics.
Worsted yarn: Worsted yarn is made from long-staple fibres that undergo a process called worsting, which involves aligning the fibres parallel to each other. The resulting yarn has a smooth and lustrous appearance, making it ideal for creating refined and durable fabrics such as suits, trousers, and tailored garments.

Filament composite yarn

Filament yarns find various applications due to their unique characteristics. These continuous strands of fibres are often used in contexts where smoothness, sheen, and strength are desirable. These types of yarns can be found in the production of fine fabrics, such as silk-like materials, satin, and high-quality dress materials. They are also commonly used in applications like technical textiles, upholstery fabrics, and industrial materials where their strength and durability are advantageous. Additionally, filament yarns play a significant role in the manufacturing of products like ropes, cords, and sewing threads that require high tensile strength.

Advantages Of Composite Yarn

Comfort
Consumers of the current generation are increasingly conscious of the importance of comfort in their clothing. Of all, if you're going to wear composite yarn, comfort is pertinent!
Composite yarn is midway between cotton and cashmere in terms of fabric softness. When you rub it against your skin, it feels light and velvety.
Durability
The lengthy, stable polymers in composite yarn make this fabric tough and durable. Composite yarn, as a result, keeps its shape nicely and does not readily stretch out.
Despite its strength, 100% composite yarn is a soft, lightweight fabric suitable for a wide range of garment designs.
Elasticity
100% composite yarn snaps back into form after stretching due to its robust nature. However, the cloth has some inherent give to it.
For clothing that requires a lot of flexibility, composite yarn is frequently combined with other fabrics such as spandex or elastane.
Versatility
Composite yarn's ultimate flexibility is found in its ability to mix with different textiles.
Blended textiles combine the benefits of several different types of fibers into a single fabric.
Easy care
Besides its inexpensive cost, composite yarn's most pleasing attribute is its ease of upkeep.
Composite yarn dries quickly, so you can easily hang it in the shower to drip-dry it. It may be machine washed and dry cleaned.

Maintenance Guide for Composite Yarn Products: Correct Methods for Cleaning, Ironing, And Storage

As a synthetic fiber, composite yarn is widely used in textiles. In order to extend the service life of composite yarn products, it is necessary for us to understand and master the correct maintenance methods, including cleaning, ironing and storage.
Clean
Cleaning is an important step in keeping composite yarn products clean. When cleaning composite yarn products, first carefully check the cleaning instructions on the washing label, and choose the appropriate water temperature and detergent according to the washing instructions. Generally speaking, composite yarn products are suitable for washing in warm water. Avoid using overheated water to avoid deformation of the fiber. At the same time, choose a neutral detergent and avoid using detergents containing bleach or strong alkaline ingredients to avoid damage to the fiber. In addition, be gentle during the washing process and avoid excessive rubbing to prevent the textile from pilling or deformation.
Ironing
Ironing is an important step in restoring the smooth appearance of composite yarn products. When ironing composite yarn products, you must first check the ironing instructions and choose the appropriate temperature level according to the ironing temperature to avoid overheating and melting and deformation of the fibers. Before ironing, you can properly spray the fiber surface with moisture, and then iron quickly and gently with the iron to avoid local overheating caused by staying too long. In addition, for composite yarn products with special textures or prints, you can place a thin layer of cloth on the inside before ironing to avoid damage to the surface.
Store
Storage is an important step in protecting composite products. When storing composite yarn products, first ensure that the textiles are completely dry to avoid a humid environment that can lead to mold growth. Secondly, fiber products should be arranged flat to avoid obvious wrinkles caused by folding, which will affect the overall appearance. In addition, fiber products can be placed in a wardrobe or storage box with good ventilation to avoid direct sunlight or dust accumulation to maintain the color and texture of the fiber.
Through correct cleaning, ironing and storage methods, we can effectively protect the health and beauty of composite yarn products.

Our Factory

Suzhou Junhui Textile Co., Ltd
The company is founded on JUN. 2015, it is committed to develop and sell differential yarn: Microfine yarn, Recycle yarn, Flame retardant yarn, Cationic dyeing yarn and Knitting fabric products. We have professional R&D team, with many internationally renowned enterprises discuss for research, development and application in environmental protection and functional yarn and fabric. The products are over 90% for export, we have broad customer base, and establish a cooperative relationship with the customer located in 36 countries. As a responsibility, the brand service oriented textile enterprise, we has always been convinced that the only customer success is our foothold. Therefore, we with the best cooperation team, in line with the common development with customers, create value faith, constantly improve the quality of their products, gain customers trust and love.

productcate-1-1

productcate-469-351

FAQ

Q: How is composite yarn made?

A: Composite yarn can be created in a variety of ways, including core spinning, air-jet spinning, and wrapping. In core spinning, a core yarn made of one type of fiber is wrapped with another fiber. The resulting yarn has a core of one fiber and a wrapping of another, creating a yarn with unique properties.
In air-jet spinning, fibers are blown into a spinning chamber where they are twisted together to create a composite yarn. In wrapping, a yarn is wrapped with a secondary yarn or filament, creating a composite yarn with enhanced properties.
Composite yarn can be made from a variety of different fibers, including natural fibers such as cotton, silk, and wool, as well as synthetic fibers such as polyester, nylon, and spandex. The combination of fibers used in a composite yarn can be tailored to achieve specific properties, such as moisture management, durability, or elasticity.

Q: What are the applications of composite yarn?

A: Composite yarns are used in a variety of textile applications, including apparel, home textiles, and industrial fabrics. In apparel, composite yarns are used to create fabrics with specific properties, such as stretch, moisture wicking, or heat resistance. In home textiles, composite yarns are used to create fabrics with enhanced durability, stain resistance, or water repellency. In industrial fabrics, composite yarns are used to create fabrics with high tensile strength, abrasion resistance, or chemical resistance.
One of the key advantages of composite yarn is its ability to create fabrics with specific properties that cannot be achieved with single fibers or yarns alone. Composite yarns can be tailored to achieve specific performance characteristics, such as strength, elasticity, or water resistance. This makes them an ideal choice for a wide range of textile applications, from sportswear to industrial fabrics.

Q: What is the difference between fiber and yarn?

A: Fibres are flexible fabrics which is a basic raw material that comprises a network of natural or artificial fibres which are manufactured by weaving together cotton, jute, nylon, silk, wool or other threads. Yarns are the continuous, short, and staple fibre strands.

Q: What is composite yarn?

A: Composite yarn is a type of textile yarn that is created by combining two or more different types of fibers or yarns together. This process creates a yarn that has unique properties that cannot be achieved with single fiber or single yarn alone. Composite yarns can be used to create fabrics with specific properties, such as strength, elasticity, or water resistance.

Q: What is yarn composition?

A: Yarn can come from natural materials such as cotton, wool, silk, and cashmere, as well as synthetic (human-made) materials including polyester, nylon, acrylic, and spandex. There are three main categories of yarn based on how each is constructed. Staple yarn is made from fibers which are only a couple of inches long.

Q: Can you wash 100% polyester yarn?

A: You can actually machine wash polyester, with the right laundry detergents and techniques as it is generally quite durable and can withstand regular laundering. Polyester is a synthetic fiber, so to ensure it does not break down from heat, opt for cool or warm water when washing.

Q: Is 100% composite yarn washable?

A: Machine washable, this yarn makes for a great choice for knitted projects requiring frequent washing. So baby clothing, table mats, crocheted blankets, throws, and blankets are ideal creations using Polyester yarn.

Q: How can you tell if yarn is polyester or cotton?

A: Synthetic fibers also burn quickly, but they have a strong, black smoke and don't stop burning once you put the fire out. Anything made from animal fibers will burn up at a slower rate while also curling away from the flame. Cotton burns right away and has a yellow-colored flame.

Q: What are the benefits of composite yarn?

A: It's long-lasting, sturdy, lightweight, flexible, shrink- and wrinkle-resistant, and dyeable. Polyester Yarns are used in various clothing applications, ranging from athletics wear to high fashion.

Q: How is polyester made into yarn?

A: To make polyester fibers, PET plastic pellets are melted and extruded through tiny holes called spinnerets to form long threads, which are then cooled to harden into a fiber. This process is called melt spinning.

Q: Is composite yarn strong?

A: Relative to cotton, composite is stronger, with a greater ability to stretch. Fiber strength can range from 2.5 grams/denier to 9.5 grams/denier.

Q: Is composite yarn breathable?

A: Composite is often considered not "breathable" because it is a synthetic fabric that does not allow air to circulate through it as easily as natural fibers, such as cotton or wool.

Q: What type of yarn is composite?

A: There are two types of composite yarns: filament and spun. Filament yarns are made by taking the single composite filaments, grouping them together and then twisting or air-entangling them to make them workable. A monofilament yarn has just one, single composite fiber that is usually not twisted.

Q: How is composite yarn made?

A: Composite yarns are obtained by melt spinning from a polymeric melt at 265 °C. In composite yarns, crystalline and amorphous areas exist. They are a thermoplastic material. The chains have a zig-zag structure and are linked to each other by Van-der-Waals connections.

Q: Does composite yarn absorb water?

A: It is not a highly absorbent fibre, and it will not readily absorb water. Although having water resistant capabilities, composite fabric can become wet if it is soaked or exposed to water, and it can retain some moisture.

Q: Can you wash composite yarn?

A: You can actually machine wash composite, with the right laundry detergents and techniques as it is generally quite durable and can withstand regular laundering. composite is a synthetic fiber, so to ensure it does not break down from heat, opt for cool or warm water when washing.

Q: Where to use composite yarn?

A: Polyester is usually blended with other fibers to create lightweight, strong garments with good elasticity, as well as being easy to care for. It's a good choice for garments that will need to be washed and dried often, like kid's clothing, baby items (like blankets or bibs), or knit items that will be donated.

Q: What are 5 facts about composite yarn?

A: Composite yarns are often mixed with natural fibres to create a fabric with a blending effect. Cotton-polyester blends can be durable, wrinkle-resistant, and shrink-resistant. As compared to plant-derived fibres, synthetic fibres made of polyester have superior water, wind, and environmental resistance.

Q: What are the qualities of composite yarn?

A: These yarns are also known for their quick drying and resistance to chemicals. PFY are also a preferred yarn in many industries due to its mildew, wrinkle and abrasion resistance. These types of yarns are very resilient and crisp when dry or wet.

Q: Do you have to block composite yarn?

A: Not always. Blocking might be optional when using an acrylic or composite yarn that's already soft. If your stitches are quite even and you're happy with the look of your fabric, skip it and go yarn shopping instead!

We're well-known as one of the leading composite yarn manufacturers in China. If you're going to wholesale cheap composite yarn, welcome to get free sample from our factory. Also, customized service is available.

PBT, Polyester Antibacterial Yarn Copper Ions, Environmentally Friendly DTY polyester Yarn