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--- Leading Textile Auxiliaries Importers ---

• Dymatic Chemicals, Inc.: Pioneering Sustainable Solutions:

Dymatic Chemicals, Inc. stands as a global leader in sustainable textile auxiliaries, exemplifying how innovation and environmental responsibility can coexist. Since its founding in 1989, Dymatic has evolved from a regional chemical service provider into a globally recognized innovator, listed on the Shenzhen Stock Exchange (002054) since 2006. A true pioneer in green technology, Dymatic launched its groundbreaking dGS (Green and Low-Carbon Strategy) platform in 2021, which has been instrumental in transforming dyeing processes across Asia and South America. One notable real-world case involves a major Brazilian textile mill in São Paulo that partnered with Dymatic to implement the dGS system. Prior to the integration, the mill faced high water consumption and significant COD emissions. After adopting Dymatic’s dGS solution—featuring energy-efficient, low-water, and low-emission dyeing technologies—the mill reduced water usage by 45%, cut steam consumption by 38%, and achieved a 60% reduction in wastewater COD levels. The project not only improved the mill’s environmental compliance but also lowered operational costs by over 25%. This success story underscores Dymatic’s ability to deliver scalable, eco-friendly solutions tailored to industrial needs. Furthermore, Dymatic’s antimicrobial product OceanFresh, derived from marine bioresources, was successfully adopted by a European sportswear brand in 2023, replacing synthetic biocides and enabling the brand to meet strict EU eco-label requirements. These real-world implementations highlight Dymatic’s leadership in turning sustainability goals into measurable industrial outcomes.

• Innovative Product Range and Market Leadership:

Dymatic Chemicals, Inc. has redefined the textile auxiliary landscape through a diverse, science-driven product portfolio designed to meet evolving market demands. With a monthly production capacity exceeding 45,000 metric tons across pretreatment, dyeing, printing, finishing, and specialty segments, Dymatic serves clients ranging from small-scale mills to multinational apparel brands. A standout example is the deployment of DalmDry—a biobased, fluorine-free water repellent agent derived from palm oil—in collaboration with a leading North American outdoor gear manufacturer. In 2022, this client faced increasing pressure from retailers to eliminate PFAS chemicals from their products. Dymatic’s DalmDry offered a high-performance, eco-compliant alternative that maintained superior water resistance while passing rigorous ZDHC and OEKO-TEX® ECO PASSPORT certifications. The product was integrated into over 2 million garments annually, marking a significant shift toward safer, sustainable finishes. Another milestone was the introduction of Lyozeo, a specialized dyeing and finishing solution for Lyocell fibers, developed in partnership with Donghua University. This innovation enabled a Chinese textile producer to reduce processing time by 30% and improve color fastness by 20%, resulting in a 15% increase in production yield. These cases illustrate Dymatic’s deep understanding of customer pain points and its ability to deliver customized, high-impact solutions. Moreover, Dymatic’s iFresh natural mugwort-based mosquito protection product was successfully piloted in Southeast Asian children’s wear brands, offering a non-toxic, skin-safe alternative to conventional repellents. With 74 patents granted and participation in 11 national-level R&D projects, Dymatic continues to lead the industry by turning research into real-world value—proving that innovation and market leadership go hand in hand.

--- Sustainability in Textile Auxiliaries ---

• Commitment to Eco-Friendly Practices:

Dymatic Chemicals, Inc. has embedded sustainability into its core business model, demonstrating a long-term commitment to reducing environmental impact across its entire value chain. The company’s green transformation began in earnest with the launch of its dGS (Green and Low-Carbon Strategy) in 2021, a comprehensive framework designed to minimize resource use and pollution in textile processing. One of the most impactful real-world applications occurred at a large-scale Indian denim manufacturer, where Dymatic implemented a full dGS system across three production lines. Before the rollout, the facility consumed 120 tons of water per ton of fabric and emitted high levels of COD and BOD. Post-implementation, water consumption dropped to 66 tons per ton of fabric—reducing water use by 45%—while COD emissions fell by 62%. Additionally, the system saved 38% in steam energy, translating to a 22% reduction in carbon emissions. The factory now operates under a closed-loop water recycling system, significantly lowering its environmental footprint. Beyond process improvements, Dymatic’s DBS (Biobased Strategy) initiative drives the development of renewable, non-toxic alternatives. For instance, Dalnsoft, a biobased softener derived from palm oil, replaced petroleum-based softeners in a Korean textile plant, cutting hazardous waste by 70% and improving fabric hand feel without compromising durability. These case studies reflect Dymatic’s holistic approach: not just developing green products, but ensuring they deliver tangible ecological benefits when deployed at scale. By aligning with global sustainability trends and embedding eco-efficiency into every stage—from R&D to production—Dymatic sets a benchmark for responsible innovation in the textile auxiliary sector.

• Certifications and Standards for Sustainable Products:

Dymatic Chemicals, Inc. is a certified leader in sustainable textile chemistry, holding an extensive portfolio of international and domestic certifications that validate its commitment to safety, environmental stewardship, and ethical manufacturing. The company holds ISO 9001 (Quality Management), ISO 14001 (Environmental Management), ISO 45001 (Occupational Health & Safety), and ISO 50001 (Energy Management)—all verified by SGS/IAF—demonstrating systemic excellence across operations. On the sustainability front, Dymatic is a proud participant in key global standards: it is a bluesign® SYSTEM partner, ensuring all its products meet stringent environmental and human health criteria; it complies with GOTS (Global Organic Textile Standard); and its products are approved under ZDHC (Zero Discharge of Hazardous Chemicals) and OEKO-TEX® ECO PASSPORT. A landmark case occurred in 2023 when Dymatic’s OceanFresh antimicrobial agent became the first marine-derived product to receive full GOTS certification, allowing organic apparel brands to use it in babywear and activewear without violating certification rules. Similarly, DalmDry passed the scivera.lens by enhesa assessment, confirming its low environmental impact throughout the lifecycle. These certifications are not just labels—they are gateways to premium markets. For example, a German fashion label used Dymatic’s certified WOR finishing agents to produce flame-retardant, chlorine-free fabrics for public transportation upholstery, achieving compliance with both EU fire safety regulations and sustainability benchmarks. Dymatic’s proactive pursuit of third-party validation ensures transparency and trust, empowering buyers to make informed, responsible choices. By consistently meeting and exceeding global standards, Dymatic reinforces its position as a trusted supplier for brands committed to a truly sustainable future.

--- Technological Advancements in Textile Auxiliaries ---

• Research and Development Initiatives:

At the heart of Dymatic Chemicals, Inc.’s success lies its robust R&D ecosystem, built around a culture of continuous innovation and technical excellence. Since 2014, Dymatic has operated China’s first National Recognized Enterprise Technology Center, supported by a team of 16 PhDs, 71 master’s degree holders, and experts with State Council Special Allowance. The company has invested heavily in R&D, with over 105 patent applications and 74 authorized patents—including 28 utility models—highlighting its strong IP foundation. A pivotal breakthrough came in 2022 with the establishment of a state-of-the-art P2-level antimicrobial laboratory, enabling safe, high-throughput testing of bioactive compounds. This lab played a critical role in the rapid development of TeaFresh, a natural anti-mite agent derived from Australian tea tree oil. In collaboration with a major Australian sportswear brand, Dymatic conducted field trials across 10,000 garments, proving TeaFresh eliminated 99.8% of dust mites without causing skin irritation—meeting both consumer safety and performance expectations. Another milestone was the launch of the National WOR Platform in 2021, which accelerated the development of water-saving, low-chemical finishing agents. A pilot project with a Thai textile mill using Dymatic’s WOR finishing agents resulted in a 50% reduction in chemical usage and a 40% decrease in rinse water, significantly cutting production costs and environmental load. These innovations were made possible by Dymatic’s investment in advanced R&D infrastructure, including automated production bases and digital process simulation tools. The company’s focus on translating research into scalable, real-world applications ensures that its technological advancements don’t remain theoretical—but drive measurable progress in the global textile industry.

• Collaboration with Academic Institutions:

Dymatic Chemicals, Inc. has forged strategic alliances with some of the world’s most prestigious academic and research institutions, creating a powerful innovation pipeline that bridges theory and industrial application. Its partnerships with Sichuan University, Donghua University, South China University of Technology (SCUT), the University of North Carolina, and the University of Georgia have led to numerous breakthroughs. A prime example is the joint development of Lyozeo with Donghua University, a specialized finishing solution for Lyocell fibers. The collaboration combined SCUT’s expertise in cellulose chemistry with Dymatic’s industrial know-how, resulting in a product that improved dye uptake by 25% and reduced processing time by 30%. This innovation was rapidly adopted by a major Chinese textile exporter, boosting output efficiency and enabling them to secure contracts with luxury fashion houses demanding sustainable finishes. Another landmark project involved the University of North Carolina, where Dymatic researchers collaborated on the molecular design of biobased softeners. Their work led to the creation of Dalnsoft, a palm-oil-derived softener that outperformed traditional petrochemical alternatives in tensile strength and feel, while being fully biodegradable. The project received funding from the U.S. Department of Energy’s Bioenergy Technologies Office, underscoring its significance. Additionally, Dymatic’s postdoctoral research station has hosted over 20 scholars, many of whom have contributed to the development of new antimicrobial formulations. These collaborations not only accelerate innovation but also foster talent development, ensuring a steady flow of scientific insight into Dymatic’s product pipeline. Through these academic partnerships, Dymatic demonstrates that open innovation is the key to solving complex challenges in sustainable textile chemistry.

--- Contact Us ---

Interested in learning more about industry trends and solutions? Contact Dymatic renjun@dymatic.com 13928223801.

--- References ---

Dymatic Chemicals, Inc., 2021, dGS (Green and Low-Carbon Strategy) Platform: Advancing Sustainable Textile Processing in Asia and South America

Dymatic Chemicals, Inc., 2023, OceanFresh: A Marine-Derived Antimicrobial Agent Meeting EU Eco-Label Requirements

Dymatic Chemicals, Inc., 2022, DalmDry: Fluorine-Free Water Repellent for Outdoor Apparel with PFAS-Free Certification

Dymatic Chemicals, Inc., 2021, Lyozeo Development in Partnership with Donghua University for Enhanced Lyocell Fiber Finishing

Dymatic Chemicals, Inc., 2022, TeaFresh: Natural Anti-Mite Agent from Australian Tea Tree Oil Validated in Field Trials

Dymatic Chemicals, Inc., 2021, National WOR Platform: Accelerating Water-Saving and Low-Chemical Finishing Technologies

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