Exhibitors

DTY is a type of polyester filament yarns produced by processing POY through a texturing process. This process disperses, curls and entangles the filaments composing the POY yarn, which gives DTY a fluffy appearance and gives it the properties of both natural fiber and synthetic fiber. It is the most used texturing process in the textile industry owing to the numerous advantages associated with it including its ability to process continuous-Filament yarns of different types of polymer and not only thermoplastics. Draw textured yarn can be manufactured in various colors by implementing the dope-eyed technology.Further, many heating techniques are used to make the yarns suitable for specific applications.DTY is typically used to produce fabrics and textiles for high-end apparel, high-end sportswear, high-end sports shoes, high-end sports bags, home furnishings,seat covers,zipper tapes and more .

roduct Type 100% Viscose yarn Color Raw white, Bleach white , Black, or customized Style Ring spun or other spinning,hank dyed or dope dyed Scope of yarn 16ne-60ne(16S-60S) Packing Around 1.67KGS/CONE ; 25KGS/BAG Application Seamless Knitting , Circular Knitting , Socks , Gloves , Hat , Tape , Sweaters , etc.

Nylon 66 High Tenacity Yarn for  covering and pantyhose Nylon 66 High Tenacity Yarn also is used for rope, conveyor belt fabric,fishing net,tyre cord fabric,dipped cord etc.

Production  Fiber for spinning most of the product range:Australian cotton ,BCI,Organic cotton,MECH,Shankar 6,Pima,Egypt cotton,USA cotton,Brazil cotton. Usage Cotton yarn has a wide range of uses. It can be used as weaving yarn, especially combed yarn can be used to produce high-quality textiles, such as high-end undershirts and fine-sized poplin. Our cotton yarn can also produce electrical yellow wax cloth for special industry, tire cord fabric, high-speed sewing thread and embroidery thread, etc.

Linen Yarn Introduction Linen yarn is a type of yarn made from flax fibers. Due to its unique characteristics and wide range of applications, it holds a significant position in the textile industry. Below is a detailed introduction to linen yarn: 1. Characteristics of Flax Fibers Natural Fiber: Flax is a natural plant fiber, primarily derived from the stem of the flax plant. High Strength: Flax fibers possess high strength, making the yarn produced from them very durable. High Moisture Absorption: Flax fibers can absorb and release moisture, making them an ideal choice for summer clothing and bed linens. Antibacterial Properties: Flax has natural antibacterial properties, which help reduce bacterial growth. Eco-Friendly: Flax is a renewable resource, and its cultivation and processing are relatively environmentally friendly. 2. Advantages of Linen Yarn Excellent Breathability: Fabrics made from linen yarn are highly breathable, making them very suitable for summer clothing and home textiles. High Comfort: The softness and moisture absorption of linen yarn make it comfortable to wear, especially for sensitive skin. Washable and Durable: Fabrics made from linen yarn are washable and durable, and they become softer over time. Natural Luster: Linen yarn has a natural luster, giving fabrics an elegant and high-end appearance. Environmentally Sustainable: Linen yarn is an environmentally friendly material, aligning with the demands of modern consumers for sustainable products. 3. Uses of Linen Yarn Clothing: Linen yarn is commonly used to make summer clothing, such as shirts, pants, dresses, and casual wear. Home Textiles: Linen yarn is used to produce bed sheets, pillowcases, tablecloths, napkins, and curtains. Accessories: Linen yarn is also used to make fashion accessories like hats, scarves, and bags. Industrial Applications: Due to its high strength and durability, linen yarn is used in some industrial applications, such as canvas, tents, and ropes. 4. Production Process of Linen Yarn Cultivation and Harvesting: Flax plants are grown in suitable climates, typically in cool and humid environments. After harvesting, the flax stalks are soaked in water to soften the fibers. Retting: The soaked flax stalks undergo a retting process to separate the fibers. Scutching and Spinning: The separated fibers are then scutched and spun into linen yarn. Dyeing and Finishing: As needed, linen yarn can be dyed and finished to meet the requirements of different products. 5. Market Trends for Linen Yarn Sustainable Fashion: As consumer awareness of sustainable fashion increases, the demand for linen yarn as an eco-friendly material is on the rise. High-End Market: Linen yarn, with its luxurious appearance and comfortable characteristics, holds a significant position in the high-end clothing and home textile markets. Innovative Applications: The innovative applications of linen yarn are also expanding, such as blending it with other fibers to enhance performance or using it in technical textiles.

1. Characteristics of Raw Silk from Mulberry Silkworms Natural Fiber: Raw silk from mulberry silkworms is a natural protein fiber, composed of fibroin proteins derived from silkworm cocoons. High Strength: Raw silk possesses high tensile strength, making fabrics produced from it very durable. Soft and Smooth: Raw silk is renowned for its softness and smooth texture, providing an extremely comfortable touch. High Moisture Absorption: Raw silk can absorb and release moisture, making it an ideal material for clothing and home textiles. Good Breathability: Fabrics made from raw silk are highly breathable, suitable for various climates. Natural Luster: Raw silk has a unique luster that gives fabrics an elegant and luxurious appearance. Environmentally Sustainable: Raw silk is a renewable resource, and the process of producing silkworm cocoons is relatively environmentally friendly. 2. Advantages of Raw Silk from Mulberry Silkworms Comfort: The softness and moisture absorption of raw silk make it an ideal choice for making intimate apparel and beddings, especially suitable for sensitive skin. Durability: Despite its softness, raw silk fibers have high strength, making the fabrics very durable. Health Benefits: Raw silk has natural antibacterial and hypoallergenic properties, which help reduce skin irritation and allergic reactions. Aesthetic Appeal: The luster and texture of raw silk give fabrics a very high-end look, making it a staple in the luxury market. Temperature Regulation: Raw silk can adjust its temperature according to the environment, maintaining the wearer s comfort. 3. Uses of Raw Silk from Mulberry Silkworms Clothing: Raw silk is commonly used to make high-end clothing such as dresses, shirts, ties, and underwear. Home Textiles: Raw silk is used to produce high-quality bed sheets, pillowcases, blankets, and curtains. Accessories: Raw silk is also used to make high-end accessories such as silk scarves, ties, bow ties, and handbags. Industrial Applications: Due to its high strength and durability, raw silk is used in some high-end industrial applications, such as luxury car interiors and high-tech materials. 4. Production Process of Raw Silk from Mulberry Silkworms Cocoon Production: Silkworms feed on mulberry leaves and, after about a month, form cocoons. Cocoon Boiling: The cocoons are boiled in hot water to soften the sericin, making it easier to separate the silk fibers. Reeling: The boiled cocoons are processed through a reeling machine, which draws out the silk fibers to form a continuous thread of raw silk. Finishing: The raw silk undergoes processes such as washing, bleaching, dyeing, and finishing to meet the requirements of different products. Quality Control: The raw silk is subjected to quality testing to ensure it meets the required standards. 5. Market Trends for Raw Silk from Mulberry Silkworms Luxury Market: Raw silk, with its noble appearance and excellent quality, holds an important position in the luxury market. Health and Environmental Awareness: As consumers become more concerned about health and the environment, the demand for raw silk as a natural and sustainable material is on the rise. Technological Innovation: The application of raw silk in technological innovation is also expanding, such as in biomedical materials and high-tech textiles. 6. Quality Grades of Raw Silk from Mulberry Silkworms 4A Grade: The quality grade of raw silk is usually denoted by letters such as A, B, C, etc., with 4A grade representing the highest quality. Denier (D): The thickness of raw silk is usually measured in denier (D), with 20/22D indicating the range of the silk s thickness.

1. Characteristics of Acrylic Fiber Synthetic Fiber: Acrylic is a synthetic fiber primarily composed of acrylonitrile. It is typically produced through wet or dry spinning processes. Softness: Acrylic fibers have a softness similar to wool, providing a comfortable feel. High Bulkiness: Acrylic fibers possess high bulkiness, which gives the yarns and fabrics made from them excellent thermal insulation properties. High Abrasion Resistance: Acrylic fibers are highly resistant to abrasion, making them suitable for clothing that requires frequent washing. Wrinkle Resistance: Fabrics made from acrylic fibers are highly wrinkle-resistant and easy to care for. Quick Drying: Acrylic fibers have fast moisture-wicking and quick-drying properties, making the fabrics easy to dry. Good Dyeability: Acrylic fibers are easy to dye, allowing for the production of vibrant and colorful yarns and fabrics. High Light Resistance: Acrylic fibers have high light resistance, meaning they do not fade easily when exposed to sunlight for extended periods. Cost-Effectiveness: Compared to natural fibers, acrylic production costs are lower, offering a high cost-performance ratio. 2. Advantages of Acrylic Yarn Warmth: Fabrics made from acrylic yarn provide good thermal insulation, making them an ideal choice for winter clothing and home textiles. Soft and Comfortable: The softness of acrylic yarn makes it very suitable for making intimate apparel and beddings. Easy Care: Acrylic yarn fabrics are wrinkle-resistant, shrink-resistant, easy to wash, and quick-drying, reducing the hassle of daily maintenance. Vibrant Colors: Acrylic yarn is easy to dye, allowing for the production of vibrant and long-lasting yarns and fabrics. Lightweight: Fabrics made from acrylic yarn are generally lightweight, making them easy to carry and wear. Cost-Effectiveness: Acrylic yarn is a cost-effective material, suitable for large-scale production and wide application. 3. Uses of Acrylic Yarn Clothing: Acrylic yarn is commonly used to make winter clothing such as sweaters, scarves, gloves, and hats, as well as sportswear and casual wear. Home Textiles: Acrylic yarn is used to produce home textiles such as blankets, pillows, curtains, and carpets. Accessories: Acrylic yarn is also used to make various fashion accessories, such as headbands, hair clips, and bags. Industrial Applications: Due to its abrasion resistance and chemical resistance, acrylic yarn is used in some industrial applications, such as filter materials, ropes, and nets. Toys and Crafts: Acrylic yarn is soft and easy to dye, making it commonly used for making plush toys and handicrafts. 4. Production Process of Acrylic Yarn Polymerization: Acrylonitrile monomers undergo polymerization to form polyacrylonitrile (PAN). Spinning: PAN is spun into fibers through wet or dry spinning processes. Drawing: The fibers are drawn to improve their strength and toughness. Dyeing and Finishing: As needed, acrylic fibers can be dyed and finished to meet the requirements of different products. Spinning: The dyed and finished fibers are spun into yarn for further textile processing. 5. Market Trends for Acrylic Yarn Versatility: Acrylic yarn, with its diverse characteristics and wide range of applications, has a stable market demand in the textile industry. Environmental Awareness: As environmental awareness increases, the production process of acrylic yarn is continually being improved to reduce environmental impact. Technological Innovation: The application of acrylic yarn in technological innovation is also expanding, such as in smart textiles and functional materials. 6. Quality Indicators of Acrylic Yarn Linear Density (Tex or Denier): Indicates the thickness of the yarn, usually measured in tex or denier. Breaking Strength: Indicates the maximum force the yarn can withstand before breaking. Elongation at Break: Indicates the elongation of the yarn at the point of breaking as a percentage of its original length. Dyeing Uniformity: Indicates whether the color of the dyed yarn is uniform.

1. Composition of Polyester Spandex Covered Yarn Outer Fiber: Polyester (Poliester) Polyester is a synthetic fiber that offers several advantages, including high strength, excellent abrasion resistance, strong wrinkle resistance, and quick-drying properties. Inner Fiber: Spandex (Spandex) Spandex is an elastic fiber known for its exceptional elasticity and recovery. It allows fabrics to stretch and return to their original shape, providing excellent stretchability and comfort. 2. Characteristics of Polyester Spandex Covered Yarn High Elasticity: Due to the presence of spandex in the core, polyester spandex covered yarn offers superior elasticity, allowing fabrics to stretch and recover quickly. High Abrasion Resistance: The polyester outer layer provides the yarn with excellent abrasion resistance, making it suitable for garments that require frequent washing and rubbing. Wrinkle Resistance: The properties of polyester give the fabric a wrinkle-resistant quality, making it easy to care for. Quick Drying: The quick-drying characteristic of polyester allows the fabric to dry rapidly after washing. Comfort: The addition of spandex provides the fabric with good stretch and a snug fit, making it ideal for close-fitting garments. Dimensional Stability: Fabrics made from polyester spandex covered yarn maintain their shape well and are less likely to deform. Vibrant Colors: Polyester is easy to dye, allowing for the production of vibrant and colorful yarns and fabrics. 3. Advantages of Polyester Spandex Covered Yarn Elasticity and Comfort: The combination of polyester s strength and spandex s elasticity makes fabrics both durable and comfortable. Durability: The abrasion resistance and wrinkle resistance of polyester make the fabric very durable, suitable for everyday wear. Easy Care: The quick-drying and wrinkle-resistant properties of polyester make the fabric easy to wash and care for, reducing daily maintenance hassles. Versatility: Polyester spandex covered yarn is suitable for a wide range of textile products, including underwear, sportswear, casual wear, swimwear, and activewear. Cost-Effectiveness: Compared to 100% spandex yarn, polyester spandex covered yarn offers a higher cost-performance ratio, making it suitable for large-scale production. 4. Uses of Polyester Spandex Covered Yarn Underwear: Commonly used in the production of underwear, shapewear, and other garments that require good elasticity and a snug fit. Sportswear: Ideal for sportswear, yoga pants, workout clothes, and other athletic garments that benefit from elasticity and quick-drying properties. Casual Wear: Used in casual wear such as jeans, leggings, and other garments that require some stretch. Swimwear: The elasticity and resistance to seawater make it an ideal choice for swimwear fabrics. Activewear: Suitable for activewear, dancewear, and other garments that require high elasticity and flexibility. 5. Production Process of Polyester Spandex Covered Yarn Polyester Fiber Production: Polyester fibers are produced through a melt spinning process. Spandex Fiber Production: Spandex fibers are produced through wet or dry spinning processes. Covering Process: The spandex fibers are wrapped with polyester fibers, typically using a covering machine. Twisting and Finishing: As needed, the polyester spandex covered yarn can be twisted, dyed, and finished to meet the requirements of different products.

1. Characteristics of Polyester Staple Fiber Synthetic Fiber: Polyester staple fiber is a synthetic fiber made from polyethylene terephthalate (PET). It is typically produced through a melt spinning process. High Strength: Polyester staple fiber has high tensile strength, making fabrics produced from it very durable. High Abrasion Resistance: Polyester staple fiber is highly resistant to abrasion, making it suitable for clothing and home textiles that require frequent washing. Wrinkle Resistance: Fabrics made from polyester staple fiber are highly wrinkle-resistant and easy to care for, making them ideal for everyday wear and home use. Quick Drying: Polyester staple fiber has fast moisture-wicking and quick-drying properties, making the fabrics easy to dry. This makes it suitable for sportswear and outdoor clothing. Dimensional Stability: Fabrics made from polyester staple fiber have good dimensional stability and are less likely to deform. Chemical Resistance: Polyester staple fiber has good resistance to most chemicals, making it suitable for industrial textiles. Good Dyeability: Polyester staple fiber is easy to dye, allowing for the production of vibrant and colorful yarns and fabrics. Cost-Effectiveness: Compared to natural fibers, the production cost of polyester staple fiber is lower, offering a high cost-performance ratio. 2. Advantages of Polyester Staple Fiber Durability: Fabrics made from polyester staple fiber are very durable, suitable for everyday wear and frequently used home textiles. Easy Care: Polyester staple fiber fabrics are wrinkle-resistant, shrink-resistant, easy to wash, and quick-drying, reducing the hassle of daily maintenance. Comfort: By blending with other fibers such as cotton, linen, and viscose, polyester staple fiber can improve the comfort and breathability of fabrics. Versatility: Polyester staple fiber is suitable for a wide range of textile products, including clothing, home textiles, and industrial textiles. Vibrant Colors: Polyester staple fiber is easy to dye, allowing for the production of vibrant and long-lasting yarns and fabrics. Cost-Effectiveness: Polyester staple fiber is a cost-effective material, suitable for large-scale production and wide application. 3. Uses of Polyester Staple Fiber Clothing: Polyester staple fiber is commonly used to make various types of clothing, including sportswear, casual wear, outdoor clothing, and workwear. Home Textiles: Polyester staple fiber is used to produce home textiles such as bed sheets, pillowcases, blankets, curtains, and carpets. Industrial Textiles: Due to its high strength and chemical resistance, polyester staple fiber is also used in industrial textiles, such as filter materials, ropes, and nets. Nonwovens: Polyester staple fiber is used to produce nonwovens, such as hygiene products, wet wipes, and medical textiles. Filling Materials: Polyester staple fiber is also used as a filling material, such as for pillows, cushions, and toys. 4. Production Process of Polyester Staple Fiber Polymerization: Terephthalic acid and ethylene glycol monomers undergo polymerization to form polyethylene terephthalate (PET). Melt Spinning: PET is melted and extruded through spinnerets to form fibers in a process known as melt spinning. Drawing: The fibers are drawn to improve their strength and toughness. Cutting: The drawn fibers are cut to the desired length to form polyester staple fiber. Dyeing and Finishing: As needed, the polyester staple fiber can be dyed and finished to meet the requirements of different products.

1. Composition of Polyester Chips Chemical Composition: Polyester chips are primarily composed of polyethylene terephthalate (PET). PET is a linear saturated polyester known for its high strength, heat resistance, and chemical stability. Form: Polyester chips typically exist in granular or flake form, and these granules or flakes are referred to as chips. 2. Characteristics of Polyester Chips High Strength: Fibers made from polyester chips have high tensile strength, making them very durable. Abrasion Resistance: Polyester has excellent abrasion resistance, making it suitable for textiles that require frequent washing and rubbing. Wrinkle Resistance: Fabrics made from polyester fibers are highly wrinkle-resistant and easy to care for, making them ideal for everyday wear and home use. Quick Drying: Polyester has fast moisture-wicking and quick-drying properties, making the fabrics easy to dry, which is suitable for sportswear and outdoor clothing. Dimensional Stability: Fabrics made from polyester fibers have good dimensional stability and are less likely to deform. Chemical Resistance: Polyester has good resistance to most chemicals, making it suitable for industrial textiles. Cost-Effectiveness: Compared to natural fibers, the production cost of polyester is lower, offering a high cost-performance ratio. 3. Uses of Polyester Chips Textile Industry: Fiber Production: Polyester chips are the main raw material for producing polyester fibers, widely used in the manufacturing of various types of yarns, such as staple fiber yarn and filament yarn. Fabric Production: Polyester fibers are used to produce various fabrics, including clothing, home textiles, and industrial textiles. Packaging Industry: Film Production: Polyester chips are used to produce PET films, which are widely applied in food packaging, pharmaceutical packaging, and electronic product packaging. Engineering Plastics: Engineering Plastic Production: Polyester chips can be used to produce engineering plastics, which are used in industries such as automotive, electronics and electrical appliances, and construction materials. Other Applications: Bottle Recycling: Recycled PET bottle flakes can be reprocessed into polyester chips for the production of recycled fibers. 4. Production Process of Polyester Chips Monomer Synthesis: Terephthalic acid (PTA) and ethylene glycol (EG) undergo an esterification reaction to form bis(2-hydroxyethyl) terephthalate (BHET). Polycondensation Reaction: BHET is subjected to a polycondensation reaction under high temperature and vacuum conditions to form polyethylene terephthalate (PET). Chip Preparation: The generated PET is extruded into strips through an extruder and then cut into chips. Post-Treatment: The chips undergo post-treatment steps such as washing and drying to ensure their quality and performance. 5. Market Trends for Polyester Chips Environmental Protection and Recycling: With the increase in environmental awareness, the recycling of PET bottle flakes and the production of recycled polyester chips are receiving more attention. High-Performance Fibers: High-performance polyester fibers, such as superfine fibers and profiled fibers, are increasingly used in high-end textile applications. Technological Innovation: The application of polyester chips in technological innovation is also expanding, such as in smart textiles and functional materials. 6. Quality Indicators of Polyester Chips Intrinsic Viscosity (IV): Indicates the molecular weight of PET and is an important indicator to measure the quality of polyester chips. Melting Point: The melting point of polyester chips is typically around 260°C. Moisture Content: The moisture content of the chips affects their processing performance and is usually required to be below 0.5%. Ash Content: The ash content affects the purity of the chips and is usually required to be below 0.05%.