Guía de materiales de tela de nailon

Puntos Clave

• Five main types serve distinct uses: Nylon 6,6 for outdoor durability, Nylon 6 for activewear stretch, Nylon 12 for soft flexible goods
• Nylon outperforms cotton in tensile strength (85 MPa vs 50 MPa) but trails in breathability and biodegradability
• Recycled nylon (ECONYL) cuts CO₂ output by up to 80% vs virgin fiber (Textile Exchange, 2023)
• Certified suppliers should hold ISO 9001, ISO 14001, and OEKO-TEX Standard 100 at minimum

Nylon is one of the most widely used synthetic fabrics on the planet — and for good reason. Since DuPont introduced it commercially in 1938 as a silk substitute, nylon has expanded into activewear, industrial gear, outdoor equipment, and fashion.

But not all nylon is the same. The material you need for a lightweight running shirt is different from what you'd spec for a military-grade tent or a conveyor belt. This guide covers the five main types, their properties, environmental trade-offs, and what to look for when sourcing at scale, especially when working with large garment accessories and fabric suppliers.

What Are the Main Types of Nylon Fabric?

The nylon family includes five commercially significant variants, and the different types most buyers compare are Nylon 6 and Nylon 66. This variety helps explain why nylon spans so many textile applications, from apparel to technical fabrics. Nylon 6,6 dominates military and outdoor applications with a melting point of 265°C. Nylon 6 leads activewear production for its superior dyeability. Nylon 6,10, 4,6, and 12 address industrial, high-temperature, and flexible-use cases respectively (ASTM D5590 classification).

Nylon 6,6 Made from two 6-carbon monomers, Nylon 6,6 has the highest melting point (265°C) and best abrasion resistance in the family. It's the go-to for outdoor gear — tents, backpacks, ropes — and industrial components that face mechanical stress. Ballistic nylon is a tough, high-strength form used in demanding industrial applications. The drawback: it's harder to dye uniformly than Nylon 6 and typically costs 10–15% more per kilogram. Some suppliers also position Nylon 6,6 as ideal for waterproof performance uses such as swimwear fabrics.

Nylon 6 Produced from a single monomer (caprolactam), Nylon 6 melts at a slightly lower 220°C but dyes more evenly and has better elasticity. Most performance activewear — leggings, swimwear, cycling kits — uses Nylon 6. It absorbs dye well enough for vibrant, fade-resistant colors.

Nylon 6,10 This variant swaps one monomer for a longer carbon chain, making it more resistant to moisture absorption and chemicals. It's common in industrial hoses, cable sheaths, fishing line and fishing twine, and some automotive applications rather than apparel.

Nylon 4,6 Designed for extreme heat environments, Nylon 4,6 retains mechanical properties up to 120°C continuous exposure. Car parts, electrical connectors, and precision engineering components are its primary markets.

Nylon 12 The most flexible and impact-resistant in the group. Nylon 12's lower water absorption (0.25% vs 3.5% for Nylon 6,6) makes it good for soft goods, flexible tubing, electrical insulation, and medical device components.

How Does Nylon Compare to Cotton and Polyester?

Fabric selection is rarely about one material being "better" — it's about which trade-offs you can live with. Here's a direct comparison across the factors that matter most for clothing manufacturers.

Nylon outperforms cotton in tensile strength by roughly 70% (85 MPa vs 50 MPa) and dries quickly because it does not absorb liquids readily. Against polyester, nylon has superior abrasion resistance but costs 20–30% more per meter. Cotton remains the only option that is both breathable and fully biodegradable under standard composting conditions (Textile Exchange, 2023).

Nailon vs algodón

Cotton wins for everyday comfort, hot-climate wear, and anything marketed as eco-friendly. Nylon wins for performance sportswear, gear, and items that need to survive repeated mechanical stress, helped by its lightness. It is also easy to care for, does not shrink, and resists wrinkles while holding its shape.

Nylon vs Poliéster

Polyester is the budget choice for UV-exposed outdoor products, including lightweight polyester pongee fabrics for shells and linings. Nylon justifies the price premium in anything that needs to take physical abuse — luggage, military webbing, shoe uppers, climbing gear. Additionally, it provides a comfortable feel in high-movement use.

Is Nylon Fabric Good for Clothing?

Yes — with one important caveat. Nylon excels in performance apparel but is a poor choice for casual everyday wear in warm climates. Its low air permeability (typically under 30 cm³/cm²/s versus 150+ for cotton) traps heat. That's fine for a ski base layer or compression tight; it's uncomfortable for a summer shirt.

According to a 2024 report from Textile Exchange, nylon comprises about 12% of the world's fiber production. This positions it as the third most common synthetic fiber, following polyester and polypropylene. Its dominant clothing applications are activewear, swimwear, hosiery, outerwear, and nylon blended with spandex for form-fitting apparel — categories where stretch, durability, and moisture management outweigh breathability concerns, similar to how tejidos elásticos de poliéster y elastano serve high-mobility garments.

Best clothing uses for nylon: School sports kits and performance-focused telas de uniformes escolares can also benefit from nylon’s durability and moisture management when blended appropriately.

• Activewear and athletic leggings, especially stretchy performance apparel

• Swimwear (chlorine resistance, fast-drying)

• Hosiery and tights, including the long-running use of nylon in stockings (fine-denier Nylon 6)

• Windbreakers and rain shells (coated Nylon 6,6)

• Lingerie and shapewear (softness + stretch); its moisture wicking properties also help activewear, making nylon a great choice for garments that need to dry fast

**Where to avoid nylon:**Unlined summer shirts, heavy workwear, and anything worn in humid conditions without moisture-management treatment. For those applications, cotton-nylon blends (typically 60/40) give you the strength without the heat trap, though nylon also resists mildew, fungi, and insects better than many natural fibers in damp-use clothing.

¿La tela de nailon es impermeable?

Nylon is water-resistant by nature, not waterproof — there's a practical difference. An untreated Nylon 6,6 shell will bead off light rain for 10–15 minutes. Sustained downpour, pressure, or abrasion will push water through, which is why it’s often paired with lightweight waterproof polyester outerwear fabrics in multi-layer systems.

Manufacturers achieve true waterproofing through two main routes:

Recubrimiento DWR (repelente al agua duradero) — A fluorocarbon or PFC-free finish applied to the fiber surface that makes water bead and roll off. Ratings start around 1,500mm hydrostatic head (sufficient for light rain) and reach 5,000–10,000mm for serious outdoor use.

PU (Polyurethane) laminate — A bonded membrane that physically blocks water penetration. PU-laminated nylon typically achieves 10,000–30,000mm hydrostatic head ratings and is standard in high-performance rain gear and technical tents.

Hydrostatic head rating measures the water pressure a fabric resists before leaking. The ISO 811 standard defines ratings in millimeters: 1,500mm for light rain, 5,000mm for moderate rain and activity, and 10,000mm+ for heavy rain or high-movement applications like mountaineering. Most outdoor brands specify the laminate type alongside the rating for transparency.

Where to Source Nylon Fabric?

Finding a reliable nylon fabric supplier at scale comes down to three criteria: consistent quality across large orders, transparent certifications, and responsive communication when specs need to change, especially given the versatility of nylon across apparel, technical goods, and travel products; suppliers that also provide hilos de coser de poliéster for garment production can simplify your sourcing.

Busque proveedores que puedan proporcionar:

1. Test reports (tensile strength, colorfastness, hydrostatic head) for each production lot

2. Active certification documents (not expired ISO/OEKO-TEX certificates)

3. Minimum order quantities that match your production volume or let you sample by the yard

4. Clear lead times for both stock and custom weaves

MH Industry (Ningbo) supplies nylon cloth to garment manufacturers and fabric wholesalers globally, stocking nylon resistente al agua, tela de nailon ripstop variants, and custom-woven composites with ISO 9001, ISO 14001, OEKO-TEX, and REACH documentation available on request. End uses range from outerwear and bags to duffel bags, upholstery, ropes, safety harnesses, promotional banners, and outdoor flags.

Nylon can also be combined with other fibers in custom woven products to create application-specific performance, much like TC 65/35 twill fabric blends balance durability and comfort in workwear and uniforms. Contact our team to discuss specifications, samples, or pricing.

Frequently Asked Questions About Nylon Cloth Material

Is nylon fabric breathable?

Nylon has low breathability compared to natural fibers. Air permeability for standard woven nylon runs 10–30 cm³/cm²/s versus 100–200 cm³/cm²/s for comparable woven cotton. Manufacturers improve breathability through mechanical stretching, perforation, or blending nylon with natural fibers; in comfort-focused blends, nylon may be paired with other fibers as alternatives, and a 70/30 nylon-cotton blend typically achieves 60–80 cm³/cm²/s, comparable in performance to durable polyester-cotton twill workwear fabrics.

Can nylon fabric be recycled?

Yes. Nylon is a synthetic material made from petroleum, a non-sustainable oil-based resource. Both post-consumer (garments, hosiery) and pre-consumer (manufacturing trim, fishing nets) nylon can be chemically depolymerized back to caprolactam monomer and respun into virgin-quality fiber. The ECONYL® process by Aquafil is the most widely used commercial system. From an environment standpoint, nylon is not biodegradable, can persist for hundreds of years, its production uses large amounts of water that can cause pollution, and it releases nitrous oxide, roughly 300 times worse than CO2. Nonwoven synthetics such as polypropylene nonwoven fabrics raise similar questions around end-of-life management. Not all recycling facilities accept nylon textiles for mechanical recycling, so chemical recycling programs are currently the main end-of-life pathway.

What is the difference between ripstop nylon and standard nylon?

Ripstop nylon has a reinforced grid pattern woven at regular intervals — typically every 5–8mm — using thicker interlocking threads. In the manufacturing process, nylon polymer chips are melted, forced through spinnerets, then stretched and spun into yarns before the resulting nylon fibers are woven into fabric. When a tear starts, the grid stops it from propagating. Standard nylon tears can run the full length of a seam. Ripstop is standard for parachutes, tents, kites, and any application where a small tear becoming catastrophic is a real risk, while structured knits like polyester rib knit collar fabrics are more common in polo shirts and casual tops.

Is nylon fabric safe for skin contact?

Nylon itself is chemically inert and generally safe for skin contact. The concerns come from finishing chemicals — dyes, water repellents, antimicrobial treatments — applied during processing, and nylon can also be dyed in many colors during finishing. OEKO-TEX Standard 100 certification is the most reliable indicator that a finished nylon fabric has been tested for harmful residues at levels safe for direct skin contact.

Página de recursos

• Tejido de nailon antidesgarro: todo lo que necesitas saber
• ¿Cuál es la diferencia entre la tela de nailon y la de poliéster?
• Guía completa para la selección de tejidos de nailon