Functional Fabric FAQ | Materials, Certifications & Manufacturing

Antibacterial fabric inhibits the growth of bacteria and microorganisms to improve hygiene and reduce odor.

UV protection fabric helps block harmful ultraviolet radiation and is commonly rated using the UPF system.

Flame retardant fabric is designed to resist ignition and reduce flame spread to improve safety in hazardous work environments.

Waterproof breathable fabric prevents water penetration while allowing moisture vapor to escape, making it suitable for outdoor and performance apparel.

Moisture wicking fabric transfers sweat away from the skin to the fabric surface where it can evaporate quickly, helping keep the wearer dry and comfortable.

The most common functional fabrics include moisture wicking fabrics, waterproof breathable fabrics, flame retardant fabrics, UV protection fabrics, antibacterial fabrics and recycled sustainable fabrics.

Functional fabric is engineered to provide specific performance properties such as moisture management, waterproof protection, flame resistance, UV protection, antibacterial performance or sustainability benefits.

Yes. We match custom colours to Pantone references, physical swatches or approved lab dips, and prepare strike-offs for approval before mass production. For recycled swim fabric we lean on lab dips more heavily, since recycled feedstock can shift colour slightly between batches.

Recycled polyester fabric is commonly produced from post-consumer PET plastic bottles and recycled polyester waste.

Common fibers include polyester, recycled polyester, nylon, elastane, aramid, bamboo fibers and specialty performance yarns.

Recycled swimwear fabric is usually spun from post-consumer PET bottles into RPET polyester, then blended with elastane for stretch. Recycled-nylon versions are also made from reclaimed nylon waste such as fishing nets, and both can carry GRS certification for traceability.

Tightly knit swim fabric can reach UPF 50+, blocking more than 98 percent of harmful UV radiation. The protection comes from a dense weave plus UV-absorbing engineering, and it holds up through chlorine and saltwater rather than washing out.

PU is soft, flexible and the default for bags and light covers. PVC is fully waterproof but stiff and heavy, best for tarpaulins and banners. TPU is soft, tough, weldable and recyclable, for technical shells and dry bags. We recommend PU for most coated-bag work and TPU when you need welded seams or a plasticiser-free film.

Stretchable polyester gets its give either from textured yarns (a modest mechanical stretch with no elastane) or from an elastane blend of 8-22% for true four-way stretch and recovery. For activewear we usually add a moisture-wicking finish so the fabric also moves sweat.

A pool-grade polyester-elastane holding 100-plus hours of chlorine exposure typically lasts two to three times longer than a standard swim fabric. For a daily lap swimmer or swim-team member, that is the difference between a suit surviving a full season and one dying by mid-summer.

Real four-way stretch with good recovery needs roughly 15-22% elastane. Below 15% the recovery sags by the second season, which is why we hold our swim and compression blends at the higher end of that range.

Pool-grade swimwear fabric is engineered to resist chlorine, with our polyester-elastane blends holding 100-plus hours of chlorine exposure before performance drops. Nylon blends feel softer but break down faster in chlorinated water, so blend choice depends on how often the garment meets a pool.

The number before the D is denier — yarn thickness. Higher denier means a heavier, tougher, more abrasion-resistant cloth. 210D suits linings and light bags, 420D backpacks, and 600D luggage, workwear and outdoor covers. We point most bag programs to 600D for the best abrasion-to-weight balance.

Two-way stretch moves in one direction, usually across the width. Four-way stretch moves across both width and length. For tight, high-movement garments like swimsuits and leggings we recommend four-way; for relaxed tops or lined pieces, two-way is cheaper and sufficient.

Polyester-elastane resists chlorine and holds colour and shape far longer, so we recommend it for pool, competition and swim-lesson use. Nylon-elastane feels softer and drier against the skin, which suits fashion swim and beachwear that rarely sees a chlorinated pool.

Oxford fabric is a basketweave cloth — two or more warp yarns crossing a heavier weft — usually woven from polyester or nylon for technical use. The weave gives a fine texture, good tear resistance and a smooth face that takes waterproof coatings well, which is why it dominates bags, tents and covers.

Four-way stretch fabric stretches across both its width and length and recovers to shape in both directions. That dual movement is why it is the default for swimwear, leggings and compression wear, where the garment has to follow a moving body without bagging out.

Most swimming costumes use a polyester-elastane blend (around 82/18) for pool and competition wear, or a nylon-elastane blend for softer fashion swim. The elastane gives four-way stretch, while the polyester or nylon carries chlorine resistance, UV protection and quick-dry performance.

Properly engineered antibacterial fabrics can significantly reduce bacterial growth and help control odor in apparel and healthcare products.

UPF measures the UV protection provided by fabrics, while SPF measures the protection offered by sunscreens applied to skin.

Yes. Most industrial flame retardant fabrics are designed to maintain protective performance after repeated laundering when proper care procedures are followed.

Yes. Waterproof breathable fabrics utilize membranes or coatings that block liquid water while allowing moisture vapor to escape.

Outdoor jackets commonly use fabrics rated between 10000mm and 20000mm waterproofness depending on intended weather conditions.

Moisture management performance can last throughout the life of the fabric when achieved through fiber engineering rather than surface treatments.

Moisture wicking fabrics move sweat away from the skin, while quick dry fabrics focus on accelerating evaporation. Many performance fabrics combine both functions.

UPF 50+ means the fabric blocks more than 98 percent of harmful ultraviolet radiation.

A waterproof rating indicates the amount of water pressure a fabric can withstand before leakage occurs, usually measured in millimeters.

Moisture management is evaluated using standardized methods such as AATCC and ISO testing procedures measuring absorption, spreading and drying speed.

At the spec band we run, recycled polyester matches virgin on the numbers that matter for swim: chlorine resistance, four-way stretch, UPF 50+ and quick dry. The one honest trade-off is colour, since recycled feedstock varies slightly batch to batch, which we manage with lab dips before bulk.

Poorly specified stretch fabric bags out within a season, usually because the elastane content is too low or the recovery was never tested. Fabric engineered with 15-22% elastane and verified recovery holds its shape through hundreds of wears — we send recovery figures, not just weight, on every swatch card.

For real weather, aim for 10,000mm hydrostatic head or higher, paired with an MVTR of 10,000+ g/m2/24h so the fabric also breathes. A high waterproof rating with poor breathability leaves the wearer wet from sweat, so treat both numbers as a pair, not one in isolation.

Bare Oxford is not waterproof — the coating on the back is what stops water. A PU coating handles bags and light covers, PVC gives full waterproofing for tarpaulins and heavy covers, and PA offers light repellency for linings. Specify the coating separately from the denier.

Antibacterial fabrics are commonly used in medical textiles, uniforms, sportswear, bedding and healthcare products.

UV protection fabrics are widely used in outdoor apparel, uniforms, sportswear and sun protective clothing products.

Oil and gas, utilities, welding, electrical maintenance and heavy manufacturing industries commonly require flame retardant protective clothing.

Waterproof breathable fabrics are commonly used in outdoor apparel, hiking gear, workwear and military clothing applications.

Moisture wicking fabrics are widely considered the best choice for sportswear because they efficiently transport sweat away from the skin and improve wearer comfort.

Flame retardant fabrics are used in industrial workwear, oil and gas operations, utilities, welding and emergency response sectors.

Moisture wicking fabrics are widely used in sportswear, fitness apparel, uniforms and performance clothing.

Nylon ripstop weaves reinforcement threads into a grid so a small tear stops instead of running. Its high tear strength at low weight makes it the go-to for tents, packs, packable jackets, parachutes and kites. Outdoor nylon ripstop is almost always coated with PU or silicone for waterproofing.

2-layer bonds a membrane to the face fabric with a separate hanging liner — cheapest, for casual rain jackets. 2.5-layer adds a printed protective layer for light, packable shells. 3-layer sandwiches the membrane between face and backer — toughest and most breathable, our pick for technical outerwear.

Yes. Four-way stretch polyester with 15-22% elastane and a moisture-wicking finish handles high-movement training well, following the body and drying fast. Match the elastane load and weight to the garment: compression tights and a loose training tee need different builds.

180-200 GSM suits lightweight fashion swimwear, 200-220 GSM is the workhorse band for most one-pieces, and 220-240 GSM gives the compression and opacity needed for team and competition suits. Below 180 GSM the fabric can turn transparent when wet.

Yes. Screen printing, sublimation printing, heat transfer and other branding methods are available depending on fabric type.

We provide both OEM manufacturing based on customer specifications and ODM development for new functional textile projects.

Yes. Fabrics can combine moisture management, UV protection, antibacterial treatment, waterproofing and other performance features depending on project requirements.

Yes. Custom colors can be matched according to Pantone references, physical swatches or approved lab dips.

Yes. Functional fabrics can be customized in fiber composition, fabric construction, weight, width, color, finishing treatments and performance properties to meet specific application requirements.

Common standards include EN ISO 11612, EN ISO 11611, ASTM F1506 and NFPA 2112 depending on regional and industry requirements.

Yes. Independent laboratory testing reports can be provided for selected performance and compliance requirements.

Many of our functional fabrics can be manufactured to comply with REACH requirements for the European market.

The Global Recycled Standard verifies recycled content, supply chain transparency, environmental practices and social responsibility.

OEKO-TEX certification verifies that textile products have been tested for harmful substances and meet human ecological safety standards.

Available certifications may include OEKO-TEX®, GRS, ISO standards, REACH compliance and industry-specific performance certifications.

Yes. Annual contracts and forecast-based production planning can help ensure stable long-term supply and pricing.

Lead times are influenced by yarn sourcing, fabric construction, dyeing requirements, finishing processes and order quantities.

Expedited production may be available depending on raw material availability and manufacturing schedules.

Custom development projects generally require 2 to 6 weeks including material sourcing, sampling and performance evaluation.

Production lead time typically ranges from 15 to 45 days depending on fabric complexity, quantity and finishing requirements.

Yes. Samples can undergo moisture management, waterproofness, flame resistance, UV protection and other performance evaluations.

Yes. Lab dips and strike-offs can be prepared for color approval before mass production begins.

Depending on the project and order volume, sample costs may be credited toward future bulk production orders.

Certain stock-supported fabrics and development projects may be available with lower minimum order quantities.

MOQ varies by fabric type, construction and finishing process. Most functional fabrics start from approximately 1000 meters per color.

Standard sample requests are typically completed within 3 to 10 working days depending on fabric complexity and customization requirements.

We can provide swatch samples, laboratory samples, prototype yardage and pre-production samples depending on project requirements.

Yes. Fabric swatches, lab dips and development samples can be provided before bulk production for evaluation and approval.

Most swimwear fabric starts from around 1000 meters per colour, though certain stock-supported blends and development projects can run lower. MOQ shifts with composition, weight and finishing, so tell us the build and we will confirm the exact minimum.

Most Oxford and coated outdoor fabric starts from around 1000 meters per colour, with lower minimums on stock-supported constructions and development runs. MOQ moves with denier, coating and finishing, so send us the build and we will confirm the minimum and lead time.

Most stretch fabric starts from around 1000 meters per colour, with lower minimums available on stock-supported blends and development projects. MOQ shifts with composition, weight and finishing, so tell us the build and we will confirm.

Yes. Commercial invoices, packing lists, certificates of origin and other export documents can be provided when required.

Fabrics are typically packed in rolls with protective wrapping and export-grade packaging to prevent damage during transportation.

Yes. Independent inspection agencies can perform pre-shipment quality verification according to customer requirements.

Yes. We support common international trade terms including EXW, FOB, CIF, CFR, DDP and other negotiated Incoterms.

Bulk orders can be shipped via sea freight, air freight, rail transport or international courier depending on destination and urgency.

Our fabrics are exported to North America, Europe, Australia, Southeast Asia, the Middle East and other international markets.

Yes. Samples can be shipped worldwide through express courier services such as DHL, FedEx and UPS.

Modern recycled polyester fabrics can deliver performance characteristics comparable to virgin polyester while offering sustainability benefits.

Recycled fabrics help reduce waste, lower resource consumption and support sustainability initiatives demanded by global brands and consumers.

Recycled sustainable fabric is produced using recycled fibers or environmentally responsible manufacturing processes to reduce environmental impact.