Nylon Yarn

Why Choose Us?

Reliable Product Quality

Our strict QC system guarantees quality roducts: Our products can meet the standards of AATCC, JIS, and ISO9001. And we have gotten certificates as GRS, ORANIC, BIC,FSC, BSCI.

Excellent Location

Located in Xuzhou City (well-known astransportation hub in China), Jiangsu province, we are only 7km, 25.7km, 200km, 470km and 590km away from Xuzhou railway station, Xuzhou Guanyin airport, Lian Yungang port Qingdao port and Shanghai Port, thus we enjoy good location.

Wide Product Range

We specialize in various yarns including viscose yarn, polyester yarn, cotton yarn, blended yarn, recycled Yarn, etc.

Professional Technical Team

We have own devloping lab, one year, one new product. Own Bulk manufacture company. For quickly suppling, Own lab for developing.

What is Nylon Yarn?

Nylon yarn is made by twisting nylon material yarn. It is a synthetic polymer, also called polyamide yarn. It is strong, slightly stretchy, and generally cheaper than natural fiber yarns. When nylon or polyamides are added to natural fibers it improves strength and durability of the yarn which is why so many sock yarns contain nylon or polyamide today.

Advantages of Nylon Yarn

Durability

Nylon yarn is one of the most durable synthetic fibers available. It is resistant to abrasion and wear, which means it can withstand the rigors of outdoor use. This makes it an ideal choice for backpacks, tents, and other outdoor gear.

Water Resistance

Nylon yarn is also highly water-resistant. It does not absorb moisture easily, which means it dries quickly and is less likely to develop mold or mildew. This is important for outdoor gear and accessories that are exposed to moisture and humidity.

Lightweight and Comfortable

Nylon yarn is lightweight and comfortable to wear. It is often used in outdoor clothing and accessories because it provides warmth without adding bulk. This makes it an ideal choice for hikers, campers, and other outdoor enthusiasts who need to pack light.

UV Resistance

Nylon yarn is also resistant to UV rays, which can cause fading and deterioration in other materials. This makes it an ideal choice for outdoor gear and accessories that are exposed to sunlight.

Low Moisture Absorption

Nylon yarn has low moisture absorption, which means it does not become heavy or waterlogged when exposed to moisture.

Quick-Drying

Nylon yarn dries quickly, which means it is less likely to develop mold or mildew. This is important for outdoor gear and accessories that are exposed to moisture.

Abrasion Resistance

Nylon yarn is highly resistant to abrasion, which means it can withstand rubbing and scraping without wearing out. This is important for outdoor gear and accessories that are exposed to rough terrain.

Colorfastness

Nylon yarn is highly colorfast, which means it resists fading and discoloration. This is important for outdoor gear and accessories that are exposed to sunlight and other environmental factors.

Versatility

Nylon yarn is incredibly versatile and can be used in a wide range of applications. It can be woven into a variety of textures and patterns and can be blended with other fibers to create even more unique fabrics.

What Are The Different Types Of Nylon Yarn?

Nylon 6,6
This nylon is the most common type of fabric made from hexamethylene diamine and adipic acid. It is waterproof by nature, making it a popular choice for swimwear.

Nylon 6
Caprolactam is the material used to create a durable nylon 6 fabric. Nylon 6 is lightweight yet tough, making it perfect for high-impact and stress-resistance applications.

Nylon 6,10
Nylon 6,10 fabric is made by combining hexamethylene diamine and sebacic acid. It is very strong, doesn’t rub much, and can withstand chemicals and abrasion.

Nylon 4,6
Nylon 4,6 is really strong and can take heat and chemicals well. It is used to make car parts, electrical items, machines, and fibers/films for safety gear and medical devices.

Nylon 12
This nylon yarn is flexible and has low moisture absorption. It’s a popular choice for electrical cable insulation and tubing. Nylon 12 is not often used alone in clothing because of its special qualities. But it can be used in specific clothing types, like protective gear for workers in dangerous places or military uniforms.

Application of Nylon Yarn

Nylon yarn is Used in the Production of Clothing

Nylon yarn was first famously used for women's stockings at the 1939 New York World's Fair. nylon yarn's use increased dramatically during World War II, when the need for fabrics increased dramatically. Nylon yarn was used to replace silk and hemp in parachutes. It was also used to make tires, ropes, tents, ponchos, and other military supplies.

Nylon yarn is Used for Applications in Industry

Nylon yarn is used for a wide range of construction applications. It can be molded into a range of sheets and films. It is used primarily in sheets, tubes, pipes, screws, bolts, safety nets, plumbing fittings, and more. In addition, custom cast nylon yarn is used for crane pads, industrial hammer heads, and more applications.

Nylon yarn is Used to Make Fishnets

Nylon yarn is used to make fishing nets because it is a lightweight, strong material and can withstand wear and tear. nylon yarn has high tensile strength, so it can hold more weight without breaking. Nylon yarn is also often used to make fishnet stockings, tights, gloves, or bodystockings.

Nylon yarn is Used as Plastic in Manufacturing Machine Parts

Due to nylon yarn's durability, lightweight nature, and resistance to heat and chemicals can even be used in machine parts. Some of these parts include screws, nuts, and bolts. In addition, Nylon yarn is often used in the electronics industry for items such as circuit boards and electrical cords. Parts made of nylon yarn are typically used in mechanisms that rotate or slide because of nylon yarn's low coefficient of friction. It is used to make bearings for appliances because of its excellent abrasion resistance.

Difference Between Polyester and Nylon Yarn

Touch and feel
Polyester is rougher to touch than nylon, as the latter was conceived as an alternative to silk. This makes nylon softer, silkier and even shinier than polyester. However, in recent years, the feel of polyester has significantly improved by newer manufacturing methods, giving it a softer and more cottony feel. Yet, for all of its improvements, nylon remains the softer yarn.

Durability
Compared to polyester, nylon works out to be the stronger yarn and even stretches more. This makes nylon garments more long-lasting and durable.

Abrasion resistance
While nylon may last longer, it is not as resistant to abrasions as polyester. Nylon garments develop pilling faster and easier, making them wear out quicker than polyester garments.

Dyeing process
Different dyes are used for polyester and nylon yarns. Disperse dyes are used for polyester, which the yarn absorbs better and faster compared to nylon yarns. Nylon yarns are dyed using acid dyes, which are absorbed unevenly and fade faster under UV rays.

Reaction to heat
Since polyester needs more heat to absorb the dyes thoroughly, it does not work for garments with sublimation or on digital prints, whereas heat transfer printing for nylon yarns is more delicate.

Reaction to water
Nylon has a tendency to absorb water, which does not make it ideal for athleisure, activewear or rainwear. On the other hand, polyester is less absorbent and even repels water, making it ideal for sports garments that tend to absorb sweat more than regular garments.

Application
Polyester is used in coated fabrics, conveyor belts, safety belts, plastic reinforcements, pillows, comforters, upholstery, etc. Nylon is applicable for sarees, kurtis, lehengas, lingeries, swimwear, carpets, drapes, furniture clothing, home decor accessories, etc.

7 Properties of Nylon Yarn

Nylon is Lustrous: Nylon is lustrous, which means it has a shine. The plastic has the ability to be very lustrous, semi-lustrous, or dull, depending on its desired use. This is one reason it is often used as a fabric.

Nylon is Elastic: Nylon is elastic because when it is above its melting temperatures, it is an amorphous solid or viscous fluid in which the chains approximate random coils. Below its melting temperature, nylon has amorphous regions that alternate with regions that are lamellar crystals. The amorphous regions contribute elasticity to the plastic.

Nylon is Very Strong: Nylon already has basic high tensile strength and durability, making it suitable for applications that require the material to survive impacts. In some applications, nylon plastic is filled with 10-40% glass fibers to increase tensile strength further. While strength is increased in such situations, the glass fibers change the potential defects. No glass fill means that the plastic will bend and yield before a potential break. With the addition of fibers (especially in a higher percentage), the break (or failure) comes earlier, with minimal bending. However, for reinforced nylon, the resultant tensile strength can be up to 70% higher than normal nylon plastic.

Nylon is Damage Resistant to Oil and Many Chemicals: Nylon may have thin fibers, but it is strong and can withstand years of wear. One reason for it is resilient is that it's synthetic. Because nylon can mold into any shape it is useful for products that require flexibility. Nylon's flexibility comes from its natural elasticity.

Nylon is Resilient: Nylon may have thin fibers, but it is strong and can withstand years of wear. One reason for it is resilient is that it's synthetic. Because nylon can mold into any shape it is useful for products that require flexibility. Nylon's flexibility comes from its natural elasticity.

Nylon Does Not Absorb Water: Nylons are hygroscopic and absorb or desorb moisture as a function of ambient humidity. Variations in moisture content have several effects on the polymer. Firstly, the dimensions will change, but more importantly, moisture acts as a plasticizer, lowering the glass transition temperature (Tg), and, consequently the elastic modulus at temperatures below the Tg.

Nylon Dries Quickly: Nylon dries quickly, which is why it is often used in fabrics where moisture-wicking is a desired property. Nylon dries faster than other fabrics because it is primarily hydrophobic.

What Are the Physical Properties of Nylon Yarn?

The physical properties of nylon yarn are stronger tensile strength, high-temperature resistance, and more friction resistance than more standard, non-engineering plastics. The physical properties are as follows:
Tenacity: 4-9 gm/den dry, in wet 90% of dry.
Elasticity: The breaking extension is 20 to 40%.
Stiffness: 20-40 gm/density
Moisture regain: 3.5-5%. nylon yarn is not absorbent due to crystallinity.
Specific gravity: 1.14.
Abrasion resistance: Excellent.
Dimensional stability: Good.
Softening point: Nnylon yarn 6,6 – 2290C and nylon yarn 6 – 1490C.
Melting point: Nylon yarn 6,6 – 2520C and nylon yarn 6 – 2150C.
Resiliency: Excellent.
Hand feel: Soft and smooth.

Top 3 Tips When Quilting with Nylon Yarn

Go long! Whether machine or hand quilting, give yourself a little extra slack and leave longer thread tails. This will help prevent the thread from slipping out of your needle eye.

Skip the thread gloss. Nylon yarn is slippery enough, you don’t need the extra slip thread gloss offers.

Matchy-matchy! To keep a truly seamless look, use the invisible thread in both the top and bobbin!

What Are the Chemical Properties of Nylon Yarn?

The chemical properties of nylon yarn relative to exposure to various substances are as follows:

Acid: Nylon attacked by mineral acids is disintegrated or almost dissolved. It is inert to dilute acetate acid and formic acids. It is dissolved in concentrated formic acid. Nylon is attacked by mineral acid but resistant to dilute boiling organic acid.

Bleaches: Nylon is not attacked by oxidizing and reducing bleaches but may be harmed by chlorine and oxidizing solid bleaches.

Organic solvent: Most organic solvents have little or no effect on nylon. Phenol metacresol and formic acid dissolve the fiber, but solvents used in stain removal and dry cleaning do not damage it.

Alkali: Nylon is substantially inert to alkalis.

Light: No discoloration. Nylon gradually loses strength.

Biological: Neither micro organism nor moth larvae attack nylon.

Electrical: High insulating properties leads to static charges on the fiber.

Flammability: Burns slowly.

The Considerations for Buying Nylon Yarn

Durability
Compared with other nylon has better tenacity. Notably, the strength of nylon never gets fade with years. Of course, nylon is provided with high strength to weight ratio. Though it is a lightweight fabric, nothing can stand with its strength. At the same time, it is available with abrasion resistance.

Elasticity
Understand that the Nylon Yarn has the best elasticity, which is why it suits for all the clothing purposes. Of course, the extraordinary elasticity property of nylon materials returns to their original length and shreds the wrinkles or creases. No matter what, it will attain the shape according to your choice. Additionally, elastic recovery of nylon is what the reason for outstanding performance.

Flexibility
Undoubtedly, nylon fabrics are provided with better resilience. Significantly, its smooth appearance and wrinkles from day-to-day daily goings-on can be removed straightforwardly. Nylon yarn has excellent draping qualities. Of course, the yarn size will get different and drape of the fabrics made from nylon.

Heat Conductivity
Of course, the heat conductivity of the nylon fabrics differs based on fabric construction, the type of nylon used in the construction. However, Nylon Yarn is provided with various advantages, and it will allow the wearer to feel comfortable in many ways.

How is Nylon Yarn Made?

Step 1: Extraction
The production begins by extracting a certain compound called diamine from crude oil (i.e. petroleum).

Step 2: Polymerization
Next, two sets of molecules are combined together to create a polymer. The previously extracted diamine monomer is mixed with adipic acid. The result is a thick crystallised polymer or "nylon salts". These are commonly known as nylon 6, 6 or simply 6-6. The name is based on the number of carbon atoms between the two acid and amine groups.

Step 3: Heating
Once the crystals are dissolved in water, they are acidified and heated to create a strong chain, which is impossible to break even at a chemical level. This is where nylon gets its strength and durability from. Manufacturers use a special machine to heat the nylon polymers to a specific high temperature. The polymer molecules combine together to form a molten substance which leads to the next step: spinning.

Step 4: Spinning
The molten substance formed is spun in a mechanical spinneret which separates thin fibre strands and exposes them to the air. The exposed strands harden instantly. They are then wound into bobbins and stretched to create the strength and elasticity that nylon is known for.

Step 5: Spooling
The fibre’s filaments are unwound and then rewound onto a spool in a process called drawing which aligns the nylon molecules into a parallel structure. The resulting fibre strands are multipurpose threads that can be woven or bound as they are, or they can be combined and further melted.

Step 6: Manufacturing
Finally, the fibres are ready and depending on the end use, can either be woven or fused together to form various products. The hotter the melting temperature, the more seamless and shinier the end product.

Our Certifications

ISO9001, BSCI, HIGG INDEX, BCI, ORGANIC100, OEKO TEX100, FSC, OBP, GRS

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Our Factory

Xuzhou Seagor Import And Export Co., Ltd. is Founded in 2015. It belongs to Xuzhou Xinchang Company and mainly responsible for export. Located in Xuzhou City (well-known astransportation hub in China), Jiangsu province, we are only 7km, 25.7km, 200km, 470km and 590km away from Xuzhou railway station, Xuzhou Guanyin airport, Lian Yungang port Qingdao port and Shanghai Port, thus we enjoy good location. We specialize in various yarns including viscose yarn, polyester yarn, cotton yarn, blended yarn, recycled Yarn, etc.

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Ultimate FAQ Guide to Nylon Yarn

Q: What is nylon yarn good for?

A: Nylon yarn is one of the most durable synthetic fibers available. It is resistant to abrasion and wear, which means it can withstand the rigors of outdoor use. This makes it an ideal choice for backpacks, tents, and other outdoor gear.

Q: Does nylon yarn absorb water?

A: When dry, polyamide is an excellent electrical insulator. However, polyamide is hygroscopic. Therefore, water absorption will change some of nylon's properties, such as its electrical resistance. However, nylon is less absorbent than wool or cotton.

Q: Is nylon yarn sustainable?

A: Like polyester, nylon is made from a non-renewable resource (oil) in an energy-intensive process. It sheds microplastic fibers that end up in waterways and oceans every time it is washed, and because it is not biodegradable, it will end up sitting in a landfill at the end of its product life cycle.

Q: What is the raw material for nylon yarn?

A: The nylon yarn is made of raw materials including Persian fiber, tencel fiber, nylon and mercerized wool. The raw materials required in the manufacturing process of the nylon yarn is composed of 50% of the Persian fiber, 30% of the tencel fiber, 10% of the nylon and 10% of the mercerized wool.

Q: What is the burn test for nylon yarn?

A: Nylon fabric will leave a hard, bead-like ash that is difficult to crush. The ash will be a light gray or white color. It is important to note that nylon fabric can be blended with other synthetic or natural fibers, which can affect the results of the burn test.

Q: What is the use of nylon yarn?

A: Nylon filament yarn is a long continuous lustrous fibre, which is extensively used to produce a comprehensive range of textile fabrics such as sarees, draperies, furnishings and upholstery, sports-wear, mosquito nets and also for embroidery.

Q: How strong is nylon yarn?

A: Nylon yarn has high strength, good impact resistance. The fabric mainly made of nylon yarn is light and good elasticity. High strength and abrasion resistance are the biggest advantages of nylon yarn.

Q: What can I do with nylon yarn?

A: You can make a variety of things with nylon yarn like hats, gloves, scarfs, and many other winter items to keep you warm during the season. Making accessories for the cold wintry months is a great way to use nylon yarn as nylon yarn is warm and comfortable.

Q: Is nylon yarn washable?

A: Care: Machine wash in cold water on delicate cycle. Lay flat to dry.

Q: Is nylon yarn breathable?

A: Nylon is not very breathable, so you may find yourself getting sticky and sweating when wearing nylon clothes on a hot day. Then there's nylons environmental footprint, which is a real drawback of this fabric. Overall, there's no denying that nylon has a lot going for it.

Q: Is nylon yarn flammable?

A: Nylon, polyester and acrylic tend to be slow to ignite but once ignited, severe melting and dripping occurs. Wool is comparatively flame-retardant. If ignited, it usually has a low burning rate and may self-extinguish.

Q: Does nylon smell when burned?

A: Burning these fabrics will produce black smoke and hazardous fumes. Nylon smells like plastic when burnt but can also can produce a celery-like smell; Acrylics burn with a strong, acrid, chemical smell.

Q: What are the benefits of nylon yarn?

A: Nylon is very strong (it's the strongest textile fiber), lightweight, durable, and elastic. It's often blended with other fibers to add those advantages to the yarn. Nylon is often included in sock yarns to add extra durability to hand-knit socks.

Q: How to make nylon stronger?

A: To make nylon fibers stronger, they're stretched (or drawn) when they're cool. This is called you guessed it - "Cold drawing." As the fiber stretches, more of the chains line up next to each other.

Q: Why does nylon smell bad?

A: Nylon: Both nylon and polyester are known for their moisture wicking capacity and trap the sweat molecule inside the body, resulting in the production of body odour. Artificial fibres are made up of minuscule notches that hold sweat from the cloth's inner side and lead to a strong stink.

Q: Does nylon yarn shrink?

A: Garments made with these synthetic fibers won't likely shrink very easily. Fibers such as polyester and nylon do not shrink due to some inherent properties such as being 'thermoplastic,' which means that it generally won't wrinkle or shrink.

Q: How do you get armpit smell out of nylon?

A: Baking soda is great for cleaning and neutralizing perspiration deep in fabrics. It can be added directly to wash water. For stubborn areas, a paste made with baking soda and water can be rubbed onto problem areas.

Q: How do you get urine smell out of nylon?

A: Create a mixture of equal parts white vinegar and cold water in a bucket or sink. Submerge the garment in the solution and let it soak for about 15-30 minutes. Vinegar helps break down the uric acid crystals and remove the scent.

Q: What is the process of forming nylon?

A: Nylon is made when the appropriate monomers (the chemical building blocks which make up polymers) are combined to form a long chain via a condensation polymerisation reaction. The monomers for nylon 6-6 are adipic acid and hexamethylene diamine.

Q: What are the methods of preparation of nylon?

A: Therefore, Nylon is formed by condensation polymerization of Glycine ( NH 2 - CH 2 - COOH ) and Amino caproic acid ( NH 2 - ( CH 2 ) 5 - COOH ) and are used in threads in the bristles of a toothbrush, making strings in musical instruments, and synthesizing artificial fibers.