Top 10 Companies in the Knitted Cool Fabric Market (2026): Market Leaders Powering Global Performance Textiles

MARKET INSIGHTS

The global knitted cool fabric market size was valued at USD 2.37 billion in 2024. The market is projected to grow from USD 2.52 billion in 2025 to USD 3.86 billion by 2032, exhibiting a compound annual growth rate (CAGR) of 6.10% during the forecast period.

Knitted cool fabric refers to a specialized category of textiles engineered to provide enhanced cooling and comfort. These fabrics are manufactured using advanced knitting techniques that create interlocking loops of yarn, forming a structure designed for superior moisture‑wicking, breathability, and rapid evaporation. This technology is integral to performance apparel, making it highly sought after in sectors where thermal regulation is critical.

The market’s expansion is primarily driven by the rising global demand for high‑performance activewear and sportswear, alongside a growing consumer preference for comfort‑oriented casual clothing. Increasing awareness of heat stress in industrial and protective wearing applications is creating new growth avenues. Key industry players, including Polartec, Coolcore LLC, and Outlast Technologies, are continuously innovating with new fiber blends and smart textile technologies to enhance cooling properties, thereby fueling market competition and development.

Knitted Cool Fabric Market – View in Detailed Research Report

Top 10 Companies in the Knitted Cool Fabric Market

1. Nike, Inc. (USA)

   Headquarters: Beaverton, Oregon, USA
   Key Offering: High‑performance performance apparel incorporating phase‑change and moisture‑wicking technologies.

   Nike’s product line leverages proprietary knit structures that deliver rapid heat dissipation and precise moisture control, positioning the brand at the forefront of athleisure innovation. The company’s investment in sensor‑enabled fabrics allows athletes to monitor temperature and sweat levels in real time, enhancing training efficiency.

   Sustainability and Growth Initiatives: Nike has committed to using recycled polyester in 80% of its performance fabrics by 2025 and is exploring bio‑based yarns for future collections.

   • Sensor‑integrated cooling systems for elite athletes.
   • Partnerships with research institutions to develop next‑generation phase‑change materials.
   • Expansion of digital platforms to guide consumers on fabric selection.

2. Lululemon Athletica Inc. (Canada)

   Headquarters: Vancouver, Canada
   Key Offering: Premium athleisure garments featuring advanced moisture‑wicking and cooling blends.

   Lululemon’s focus on lifestyle‑centric performance fabrics has driven the adoption of knitted cool technologies in everyday wear. The brand’s design philosophy blends style with functionality, allowing consumers to transition seamlessly from workout to work.

   Sustainability and Growth Initiatives: Lululemon is scaling its use of recycled polyester across all performance lines and has launched a closed‑loop recycling program for worn apparel.

   • Integration of lightweight cooling panels in core garments.
   • Expansion into global markets through e‑commerce and pop‑up stores.
   • Collaboration with textile scientists to refine cooling fibers.

3. Polartec (USA)

   Headquarters: Minneapolis, Minnesota, USA
   Key Offering: Technical knitted fabrics with phase‑change and moisture‑wicking properties for outdoor and performance apparel.

   Polartec’s reputation for high‑quality performance textiles has made it a preferred supplier for leading apparel brands. Its patented knit designs provide consistent cooling across a wide range of temperatures, ensuring athlete comfort in extreme conditions.

   Sustainability and Growth Initiatives: Polartec is developing recycled polyester blends and has introduced a circular supply chain program that tracks end‑of‑life garments.

   • Advanced phase‑change technology for extreme weather.
   • Strategic alliances with global apparel manufacturers.
   • Investment in digital tools for fabric performance analytics.

4. Coolcore LLC (USA)

   Headquarters: San Diego, California, USA
   Key Offering: Instant‑cooling fabrics for sports and recreational apparel.

   Coolcore’s proprietary cooling system uses a micro‑channel structure that delivers rapid temperature regulation, making it ideal for high‑intensity sports. The company’s focus on lightweight, breathable fabrics has positioned it as a niche leader in the performance segment.

   Sustainability and Growth Initiatives: Coolcore is exploring bio‑based polymers to reduce its environmental footprint and has launched a pilot recycling program for cooling yarns.

   • Micro‑channel cooling technology.
   • Partnerships with sports brands for limited‑edition releases.
   • Research into biodegradable cooling fibers.

5. Outlast Technologies (Germany)

   Headquarters: Wuppertal, Germany
   Key Offering: Phase‑change cooling fabrics for military, industrial, and performance apparel.

   Outlast’s phase‑change technology stabilizes body temperature by absorbing and releasing heat, providing a passive cooling solution that is especially valuable for protective gear. The company’s integration of Outlast fabrics into tactical uniforms has set a benchmark for industrial applications.

   Sustainability and Growth Initiatives: Outlast is investing in low‑energy manufacturing processes and has introduced a product line that uses recycled polyester.

   • Phase‑change materials for tactical and industrial wear.
   • Collaboration with defense contractors.
   • Development of next‑generation low‑weight cooling yarns.

6. Icebreaker (New Zealand)

   Headquarters: Wellington, New Zealand
   Key Offering: Merino‑wool‑based cooling fabrics for outdoor and lifestyle apparel.

   Icebreaker leverages the natural thermoregulation of Merino wool, combining it with engineered knit structures to deliver superior moisture management and breathability. The brand’s focus on natural fibers appeals to environmentally conscious consumers seeking high‑performance yet sustainable options.

   Sustainability and Growth Initiatives: Icebreaker has set a goal to source 100% of its wool from regenerative farms and is expanding its recycled polyester line.

   • Merino wool blends with engineered cooling knit.
   • Expansion into global outdoor apparel markets.
   • Research into bio‑based cooling additives.

7. Hexarmor (USA)

   Headquarters: Austin, Texas, USA
   Key Offering: Protective workwear with integrated cooling and moisture‑wicking technologies.

   Hexarmor’s fabrics are designed for high‑heat work environments, providing thermal comfort while maintaining protective properties. The company’s focus on durability and safety has secured contracts with industrial and construction firms.

   Sustainability and Growth Initiatives: Hexarmor is developing flame‑retardant, recycled‑polyester blends and is exploring closed‑loop recycling for protective garments.

   • Cooling panels for high‑heat workwear.
   • Partnerships with safety equipment manufacturers.
   • Investments in sustainable manufacturing practices.

8. Tex‑Ray Industrial Co., Ltd. (Taiwan)

   Headquarters: Taichung, Taiwan
   Key Offering: High‑performance knitted fabrics for industrial and commercial applications.

   Tex‑Ray’s production capabilities enable large‑scale manufacturing of cooling textiles, serving markets ranging from automotive seat covers to home textiles. The company’s focus on cost‑effective production has positioned it as a key supplier in the Asia‑Pacific region.

   Sustainability and Growth Initiatives: Tex‑Ray is implementing energy‑efficient knitting machinery and has begun using recycled polyester in its production line.

   • Mass‑production of cooling seat‑cover fabrics.
   • Expansion into automotive and home textile markets.
   • Adoption of sustainable knitting technologies.

9. Coolmax (USA)

   Headquarters: Cleveland, Ohio, USA
   Key Offering: Advanced moisture‑wicking yarns for performance apparel.

   Coolmax’s proprietary nylon‑based yarns provide rapid moisture transport, making them a staple in high‑performance sportswear. The brand’s integration of Coolmax yarns into a variety of fabrics has driven widespread adoption across the apparel industry.

   Sustainability and Growth Initiatives: Coolmax is exploring recycled nylon blends and has introduced a line of low‑energy production processes.

   • High‑efficiency moisture‑wicking yarns.
   • Collaboration with leading apparel manufacturers.
   • Investment in recycled nylon research.

10. Nan Ya Plastics Corporation (Taiwan)

    Headquarters: Taichung, Taiwan
    Key Offering: Synthetic fibers for high‑performance knitted fabrics.

    Nan Ya’s extensive fiber portfolio supports the production of cooling textiles across multiple applications, including sportswear, protective gear, and automotive interiors. The company’s focus on research and development has led to the creation of new yarn blends that enhance breathability and moisture management.

    Sustainability and Growth Initiatives: Nan Ya is scaling its use of recycled polyester and has introduced energy‑efficient knitting equipment.

    • Innovative synthetic yarn blends.
    • Partnerships with global textile manufacturers.
    • Commitment to sustainable production practices.

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Outlook

The knitted cool fabric market is poised for steady expansion as the integration of smart textile technologies and sustainable material sourcing gains momentum. Companies that can deliver multifunctional fabrics—combining cooling, durability, and environmental stewardship—will likely capture the highest market share. The convergence of digital design tools with advanced knitting processes will enable rapid prototyping, reducing time to market for new performance garments.

Future Trends

• Dynamic temperature regulation through embedded sensors and responsive fibers.
• Expansion of cooling textiles into automotive interiors, home furnishings, and medical textiles.
• Greater adoption of recycled polyester and bio‑based polymers to meet consumer demand for sustainable products.
• Integration of AI‑driven design platforms to optimize knit patterns for specific cooling performance.
• Development of closed‑loop recycling systems that recover cooling fibers at the end of life.