Activewear Manufacturer · Since 1998 · Performance Fabrics

Activewear and Athleisure Manufacturer for Fashion Brands

Activewear and athleisure are the fastest-growing apparel categories worldwide. Performance fabrics with stretch, moisture-wicking, and antibacterial properties define modern sportswear. SDF Clothing manufactures activewear in Bangladesh from performance fabrics with spandex blends. From 300 pieces per style with specialized construction techniques for athletic performance.

Our activewear manufacturing covers the full production cycle from fabric sourcing to finished garment. We source performance fabrics from certified mills, cut, sew with specialized construction techniques, apply branding, and package for shipment.

Production capacity: 40,000-60,000 activewear pieces per month across multiple production lines. We handle basic athleisure for wholesale, premium performance wear for athletic brands, and sustainable activewear for eco-conscious lines.

Polyester-Spandex Blends

Standard performance fabric for activewear. Typically 82/18 or 78/22 polyester-spandex for optimal stretch and recovery. Moisture-wicking, quick-dry, and durable for repeated washing.

Nylon-Spandex Blends

Premium performance fabric with softer hand-feel and better drape than polyester. Nylon-spandex blends offer excellent stretch recovery and are popular for premium leggings and swimwear.

Recycled Polyester (GRS)

GRS-certified recycled polyester from post-consumer PET bottles. Same performance as virgin polyester with reduced environmental impact. Fully traceable certification available.

Moisture-Wicking Fabrics

Engineered fabrics with moisture-wicking properties that pull sweat away from skin for faster evaporation. Essential for high-intensity athletic wear and gym applications.

Antibacterial Fabrics

Fabrics treated with antibacterial agents to inhibit odor-causing bacteria. Popular for activewear worn during intense workouts where odor control is important.

Compression Fabrics

High-compression fabrics for athletic support and muscle stabilization. Used in compression leggings, compression tops, and recovery wear.

Mesh and Breathable Fabrics

Mesh panels and breathable fabrics for ventilation in high-heat areas. Used in strategic panels for activewear to improve airflow and comfort during exercise.

• • Yoga leggings and tights (high-waisted, 7/8 length, full length)
• • Sports bras (light impact, medium impact, high impact)
• • Athletic shorts (running shorts, bike shorts, compression shorts)
• • Gym tank tops and t-shirts (performance fabric, moisture-wicking)
• • Workout joggers and sweatpants
• • Compression wear (compression tops, compression leggings)
• • Athletic hoodies and jackets
• • Swimwear (one-piece, bikini, athletic swim)
• • Cycling wear (cycling jerseys, cycling shorts)

• • Flatlock seams (no chafing, flat against skin)
• • Bonded seams (waterproof, seamless appearance)
• • 4-way stretch construction (maximum mobility)
• • Reinforced stress points (durability in high-wear areas)

MOQ: 300 pieces per style minimum. Applies per design, colorway, and size range.

Pricing includes fabric, cut, sew, basic branding, and standard packaging. Custom printing, embroidery, and premium packaging are additional.

Standard activewear production timeline from order confirmation to shipment:

• • Fabric sourcing: 5-10 days (if not in stock)
• • Sampling: 7-14 days
• • Bulk production: 30-40 days
• • Quality inspection: 2-3 days
• • Packing and shipping: 3-5 days

Total timeline: 50-75 days from order to delivery. Custom fabric development and specialized performance fabrics add 5-10 days. Rush production available at 20-30% premium.

A 300-piece minimum order quantity for custom activewear production enables brands of all sizes to access performance apparel manufacturing without the high minimums that traditional factories require. This MOQ applies per style, colorway, and size range, which means you can order 300 pieces of a single activewear design across multiple sizes, or split the quantity across different colors while still meeting the minimum. For fitness and athleisure brands, this typically breaks down to 50 pieces per size across 6 sizes (XS, S, M, L, XL, XXL) for a single colorway, or you can distribute across multiple colors with smaller quantities per variant. This flexibility is crucial for brands testing activewear designs, performance fabrics, or seasonal collections that require smaller production runs.

For startup activewear brands, low MOQ production removes a significant barrier to entry. Traditional manufacturers often require 1,000-2,000 pieces per style for activewear due to the complexity of performance fabrics and technical construction. This creates substantial upfront costs and inventory risk. With a 300-piece MOQ, you can launch your activewear line with professional-quality garments without overstocking. This approach allows you to validate market response, test different performance fabrics and constructions, and refine your sizing before committing to larger production runs. Many successful fitness brands began with exactly this strategy — starting with small batches of activewear, building customer loyalty through performance and quality, then scaling production as demand grew.

The industry average for custom activewear manufacturing ranges from 500-1,500 pieces minimum order, with premium manufacturers often requiring 1,000+ pieces for performance fabrics or specialized construction like compression garments. Our 300-piece MOQ is significantly lower than these industry standards, making professional activewear production accessible to independent designers, emerging brands, and even established brands looking to test new categories. This competitive advantage does not compromise quality — we maintain the same fabric sourcing, construction standards, and quality control processes regardless of order size. Whether you're producing 300 pieces or 3,000 pieces, your activewear receives the same attention to detail in stitching, fabric selection, and performance testing. The lower MOQ simply means smaller brands can access the same production quality that larger brands have always enjoyed.

Performance fabrics are engineered to enhance athletic performance through moisture management, temperature regulation, and comfort. Polyester-spandex blends are the foundation of most activewear, combining polyester's durability and moisture-wicking properties with spandex's stretch and recovery. Typical blends include 88/12, 85/15, or 80/20 polyester-spandex ratios, with higher spandex content providing greater stretch. Nylon-spandex blends offer superior strength and abrasion resistance, making them ideal for high-wear applications like compression leggings and performance shorts.

Moisture-wicking fabrics use specialized yarn constructions that pull sweat away from the skin to the fabric surface where it evaporates quickly. This keeps athletes dry and comfortable during intense exercise. Antibacterial fabrics incorporate silver ions or antimicrobial treatments that inhibit bacterial growth, reducing odor buildup during extended wear. These treatments are particularly valuable for sports bras, leggings, and compression wear that are worn for extended periods. Our performance fabrics are OEKO-TEX certified, ensuring they're free from harmful substances.

Compression fabrics provide graduated compression that improves blood circulation and muscle recovery during and after exercise. These fabrics are engineered with specific stretch properties that apply targeted pressure to muscle groups. Compression activewear is particularly popular with runners, cyclists, and fitness enthusiasts seeking performance benefits. Mesh and breathable fabrics use open-weave constructions or laser-perforated patterns to enhance airflow in high-heat areas like backs, underarms, and gussets. Strategic ventilation keeps athletes cool during intense workouts.

Quality control for activewear begins with fabric testing before cutting. We verify fabric weight, stretch and recovery properties, moisture-wicking performance, and color consistency. Performance fabrics require specialized testing to ensure they meet functional specifications including stretch percentage, recovery rate, and moisture management. Any fabric that doesn't meet specifications is rejected and replaced. Our fabric suppliers are OEKO-TEX and GRS certified, providing traceability and assurance that materials meet international standards for quality and safety.

During production, we implement inline quality checks at multiple stages specific to activewear construction. Cutting supervisors verify pattern accuracy and ensure proper grain direction for stretch fabrics. Sewing line leaders monitor stitching quality, seam consistency, and construction standards including flatlock seam quality, elastic application, and waistband construction. Our production floor follows ISO 9001 quality management procedures with documented quality checkpoints. Any garment that doesn't meet quality standards during inline inspection is flagged for rework or rejection.

Final inspection occurs after all finishing is complete. Our quality control team conducts AQL (Acceptable Quality Limit) inspections checking seam quality, stretch and recovery, print quality, sizing accuracy, and overall finish. We measure a statistically significant sample from each production batch to ensure overall quality meets or exceeds your specifications. Defective garments are separated, documented, and either reworked or replaced. We maintain acceptable defect rates below 2.5%, which is below industry standards. Our commitment to quality ensures your activewear meets the expectations of performance-focused customers.

Professional tech packs are essential for accurate activewear production, serving as the blueprint that manufacturers follow to create your designs. A comprehensive activewear tech pack includes detailed technical specifications, measurements, construction details, material specifications, and visual references. Activewear requires specialized technical documentation including stretch specifications, seam construction details, performance feature placement, and size grading for stretch fabrics. Our tech pack service transforms your design concepts into production-ready specifications that eliminate ambiguity and ensure your vision is realized accurately.

Our tech pack development process for activewear begins with understanding your design concept through sketches, photos, or detailed descriptions. We create technical flat drawings showing front, back, and detail views including performance features. We specify measurements for each size using industry-standard grading rules adjusted for stretch fabrics. We detail construction methods including stitch types, seam allowances, and finishing techniques specific to activewear construction. We specify fabric composition, weight, stretch percentage, and performance properties. The result is a comprehensive document that any manufacturer can follow to produce your exact activewear design.

Sampling is the critical bridge between design and activewear production. We produce pre-production samples that verify your design translates correctly from concept to physical garment. Sampling enables you to evaluate fabric quality, fit, sizing, stretch and recovery, and overall product feel before committing to bulk production. We offer sampling services including fit samples, size sets, photo samples for marketing, and sales samples for pre-orders. Sampling typically takes 7-14 days depending on complexity. Changes identified during sampling are incorporated into the tech pack before bulk production, ensuring final production matches your approved sample.

Activewear design requires specific attention to performance features that differentiate athletic garments from casual apparel. Strategic panel placement using mesh or breathable fabrics enhances ventilation in high-heat zones including underarms, backs, and gussets. Waistband construction incorporates wide elastic bands with hidden elastic for comfort during movement. Leg hem treatments include silicone grippers for cycling shorts and articulated knee panels for running tights. Pocket placement considers athletic activity — zippered pockets for secure storage during workouts, drop-in pockets for casual athleisure, and hidden pockets for minimalist designs. These performance features require precise technical documentation in the tech pack to ensure consistent production.

Performance testing validates that activewear meets functional requirements before bulk production. We conduct stretch and recovery testing to verify fabric returns to original shape after repeated stretching. Moisture-wicking tests measure how effectively fabric pulls moisture away from skin. Abrasion resistance testing ensures durability in high-wear areas including seat and inner thighs. Color fastness testing confirms fabrics maintain color through washing and exposure to sunlight. For compression activewear, we measure compression pressure at different body points to verify graduated compression claims. These tests provide objective data that your activewear performs as intended, building customer trust and reducing returns due to performance issues. Testing protocols follow international standards including ASTM and ISO methods for consistent, reproducible results across all production batches ensuring quality consistency.

Yoga Leggings and Tights

Yoga leggings form the foundation of activewear collections, offering versatility from studio practice to casual wear. High-waisted leggings provide core support and coverage during yoga poses and movements, while 7/8 length leggings offer a cropped option that hits above the ankle. Full-length leggings provide complete coverage and warmth for cooler weather. Key features include four-way stretch for unrestricted movement, moisture-wicking properties for sweat management, and flatlock seams to prevent chafing. Premium yoga leggings use nylon-spandex blends for softness and compression, with strategically placed mesh panels for ventilation. The yoga leggings market emphasizes comfort, fit, and aesthetic appeal, with consumers seeking both performance and style.

Sports Bras

Sports bras are engineered athletic garments designed specifically to provide breast support during physical activity. Light-impact sports bras offer minimal compression for low-intensity activities like yoga and walking. Medium-impact sports bras provide moderate support for activities like hiking and cycling. High-impact sports bras deliver maximum support through compression and encapsulation for running and high-intensity training. Sports bra construction features include wide straps for comfort, breathable mesh panels for ventilation, moisture-wicking fabrics, and hook-and-eye or racerback closures. The design considers both functionality and aesthetics, with modern sports bras serving as fashion pieces in athleisure wardrobes. Proper sports bra selection is crucial for comfort and injury prevention during athletic activities.

Athletic Shorts

Athletic shorts encompass various styles designed for different sports and activities. Running shorts feature lightweight, breathable fabrics with built-in liners for comfort and modesty. Bike shorts extend to mid-thigh, providing compression and muscle support for cycling and running. Compression shorts offer graduated compression to improve blood flow and reduce muscle fatigue during intense workouts. Athletic shorts incorporate performance features including moisture-wicking fabrics, stretch for mobility, reflective elements for visibility, and secure pockets for essentials. The inseam length varies by activity—shorter inseams for running, longer for cycling and training. Athletic shorts balance functionality, comfort, and style, serving both performance and casual wear applications.

Compression Wear

Compression wear applies graduated pressure to specific body areas to improve circulation, reduce muscle vibration, and enhance recovery. Compression leggings and tops use high-stretch fabrics with targeted compression zones to support muscles during exercise. The compression gradient is tightest at extremities and gradually decreases toward the heart, promoting blood flow back to the heart. Compression wear is popular among athletes for performance enhancement and recovery, with studies showing reduced muscle soreness and improved exercise recovery. Beyond athletic applications, compression wear has gained popularity in everyday wear for its slimming effect and comfort. Quality compression wear maintains consistent pressure after repeated washing and stretching, requiring specialized fabric construction and testing.

Cycling Wear

Cycling wear is specialized activewear designed specifically for cycling activities, incorporating features that enhance comfort and performance on the bike. Cycling jerseys feature aerodynamic fits, three rear pockets for storage, and full-length zippers for ventilation. Cycling shorts include padded chamois for saddle comfort, silicone leg grippers to prevent ride-up, and specific panel construction for optimal pedaling position. Cycling wear uses technical fabrics with moisture-wicking properties, UV protection for long rides, and reflective elements for visibility. The design considers the specific body position on the bike, with articulated panels that accommodate the forward-leaning posture. Cycling wear serves both road cyclists and mountain bikers, with variations for different riding disciplines and weather conditions.

Performance Fabric Expertise

Activewear manufacturing requires specialized knowledge of performance fabrics that differ significantly from casual apparel fabrics. Choose a manufacturer with demonstrated expertise in polyester-spandex and nylon-spandex blends, understanding of moisture-wicking treatments, compression fabric construction, and antibacterial fabric applications. Ask about their fabric testing capabilities—can they verify moisture-wicking performance, stretch and recovery rates, and abrasion resistance? Manufacturers with performance fabric expertise can recommend appropriate fabrics for your specific activity level and price point, preventing quality issues like poor stretch recovery or inadequate moisture management that lead to customer returns.

Construction Technique Capability

Activewear requires specialized construction techniques that differ from standard apparel. Flatlock seams are essential for preventing chafing during movement. Four-way stretch construction requires precise sewing techniques to maintain fabric stretch properties. Bonded seams and seamless construction require specialized machinery and expertise. Ask about their capabilities in these areas—can they produce flatlock seams consistently? Do they have experience with bonded seams for seamless aesthetics? Construction quality directly impacts comfort and performance, making technical construction capability a critical selection criterion for activewear manufacturers.

Certifications and Sustainability

Sustainability is increasingly important in the activewear market, with consumers seeking environmentally responsible options. Look for manufacturers with relevant certifications including GOTS for organic cotton, GRS for recycled materials, and OEKO-TEX for chemical safety. These certifications provide third-party verification of sustainability claims and support your marketing efforts. Additionally, inquire about their sustainability practices beyond certifications—do they use renewable energy, implement water recycling, or have waste reduction programs? Sustainable manufacturing not only appeals to environmentally conscious consumers but often correlates with higher quality standards and better working conditions.

Performance Testing Capabilities

Activewear performance claims require verification through testing. Choose manufacturers who conduct or can arrange performance testing including moisture-wicking tests, stretch and recovery testing, abrasion resistance testing, and color fastness testing. For compression wear, compression pressure measurement is essential. Testing provides objective data that supports your marketing claims and prevents false advertising issues. Manufacturers with in-house testing capabilities can identify and address performance issues before production, reducing costly rework and returns. Ask about their testing protocols and whether they provide test reports with production batches.

Bangladesh's strategic location provides efficient shipping options for activewear exports to global markets. For European Union buyers, sea freight from Chittagong Port takes 22-28 days to major European ports including Rotterdam, Hamburg, and Antwerp. Duty-free access under EBA until November 2026 provides additional 12% savings on import duties compared to other manufacturing destinations. This combination of competitive FOB pricing and duty-free access makes Bangladesh the lowest total landed cost option for EU buyers seeking activewear production.

For United States buyers, sea freight to US East Coast ports (New York, Savannah, Charleston) takes 30-40 days, while US West Coast ports (Los Angeles, Long Beach) take 40-50 days. Bangladesh avoids Section 301 tariffs that add 25% to Chinese imports, providing significant duty savings on activewear imports. Air freight is available for urgent orders, with 5-7 day transit times to major US and European airports, though air freight costs 5-8 times more than sea freight and is typically used only for sample shipments or urgent replenishment orders.

We handle all export documentation including commercial invoices, packing lists, certificates of origin, and OEKO-TEX certification documentation. Our logistics team coordinates with freight forwarders to ensure smooth customs clearance. We offer EXW (Ex Works), FOB (Free On Board), and CIF (Cost, Insurance, Freight) incoterms based on your preference. FOB is most common, giving you control over freight selection and costs. CIF includes freight and insurance in our pricing, simplifying your procurement but potentially increasing costs.

Need custom activewear manufacturing for your brand? Contact SDF Clothing here with your fabric specifications, style requirements, and quantity. We will quote pricing, lead time, and capacity within 48 hours. From 300 pieces minimum.

For complete production strategy, read our complete clothing manufacturers guide, explore low MOQ clothing manufacturers, or learn about small batch clothing production. Related pages: sportswear manufacturer, yoga pants manufacturer, leggings manufacturer, sports bra manufacturer, private label manufacturer, clothing manufacturers for startups, OEKO-TEX certification guide, sampling service, tech pack service, price calculator, contact, sample request.