Bio-Based

Sorona®

Derived from glucose extracted from corn and produced through the fermentation process involving genetically modified bacteria, Sorona® perfectly combines textile functionality with environmental benefits. Approximately 37% of its raw materials come from renewable natural resources, which not only reduces the dependence on petroleum but also significantly lowers greenhouse gas emissions and environmental impact. Sorona® exhibits several exceptional characteristics, making it a standout in functional textiles.

Sorona® is derived from glucose extracted from corn

The manufacturing process of Sorona® involves innovative and efficient biotechnology, ensuring the sustainability of raw materials while endowing the finished fibers with superior performance. This combination of biotechnology and environmental consciousness reflects the modern textile industry's high regard for environmental responsibility. Sorona® is widely used in various applications, from fashion apparel to high-performance sportswear, demonstrating its versatility and the market's recognition of its high quality and eco-friendly attributes.



Key Features of Sorona®

  • Soft Touch and Comfortable Elasticity:

    Provides excellent comfort during wear. The unique fiber structure of Sorona® offers exceptional softness, gently conforming to the skin while providing adequate stretch for ease of movement.

  • Superior Drapability:

    Allows garments to hang naturally and smoothly. Whether used in dresses or suits, Sorona® imparts a graceful drape and excellent form retention.

  • Vibrant Color Retention:

    Ensures fabrics remain bright and vivid over time, resisting fading. Sorona®'s fiber structure firmly locks in dyes, maintaining vibrant colors even after numerous washes.

  • UV Resistance:

    Effectively blocks harmful ultraviolet rays, protecting skin health. This feature makes Sorona® an ideal material for outdoor apparel and sun-protective clothing, reducing the risk of UV-induced skin damage.

  • Chlorine Resistance:

    Suitable for swimwear and garments frequently exposed to chlorinated water. Sorona® resists chlorine degradation, maintaining fabric strength and color, extending the life of swimwear.

  • Stain Resistance:

    Makes fabrics easy to care for and maintain. Sorona®'s stain-resistant properties ensure that garments remain clean with minimal effort, reducing the frequency and intensity of cleaning.

  • Wrinkle-Free Properties:

    Ensures garments stay smooth and neat, reducing the need for ironing. Whether for travel or daily wear, Sorona® garments maintain a polished look, minimizing maintenance hassle.

Sorona® not only excels in performance but also makes significant contributions to environmental sustainability. With a substantial portion of its raw materials derived from renewable natural resources, the production of Sorona® significantly reduces reliance on petroleum resources. This not only lowers greenhouse gas emissions but also lessens the environmental burden. As a sustainable material, Sorona® meets the dual demands of the modern textile industry for environmental responsibility and high-performance attributes.



Environmental Benefits of Sorona®

  • Renewable Resources:

    Approximately 37% of raw materials come from renewable sources, reducing petroleum dependence. This makes Sorona® an attractive green product in the market, meeting consumer demand for sustainable products.

  • Lower Greenhouse Gas Emissions:

    The production process significantly decreases emissions. Compared to traditional fiber production, Sorona® manufacturing is more environmentally friendly, contributing less to atmospheric pollution.

  • Environmental Impact Reduction:

    Minimizes the overall environmental footprint. From raw material selection to production, every step of Sorona®'s lifecycle reflects environmental friendliness and responsibility.

Environmental Benefits of Sorona®

Sorona® represents a perfect synergy of high functionality and environmental stewardship, making it an ideal choice for both consumers and manufacturers committed to sustainability and performance.



Biodegradable PET

Through Nanya's GREENONE® technology, we have achieved an environmentally friendly fabric processing method that makes biodegradability possible. This technology reduces the decomposition time of polyester in anaerobic environments from 450 years to 3-4 years, significantly enhancing the environmental performance of the material. This biodegradable product is made from post-consumer recycled polyester, combining the elements of biodegradability and recycling, effectively realizing an eco-friendly practice.



Key Features of Biodegradable PET

  • Rapid Biodegradation:

    Decomposition time in anaerobic environments is reduced from 450 years to 3-4 years, greatly minimizing long-term environmental impact.

  • Made from Recycled Polyester:

    Utilizes post-consumer recycled polyester, reducing the demand for virgin resources and promoting resource circularity.

  • Combines Biodegradability and Recycling:

    Integrates eco-friendly principles into product design and manufacturing processes, achieving true environmental action.

  • Reduces Environmental Pollution:

    By shortening decomposition time and using recycled materials, significantly reduces environmental pollution, contributing to ecosystem protection.

The innovative technology behind Biodegradable PET not only enhances the material's environmental performance but also demonstrates our commitment to sustainable development. This material excels in both functionality and environmental protection, meeting the dual demands of modern textile industry for sustainability and high performance.



Environmental Benefits of Biodegradable PET

Environmental Benefits of Biodegradable PET
  • Significantly Reduced Decomposition Time:

    From 450 years to 3-4 years, greatly reducing long-term environmental burden.

  • Promotes Resource Circularity:

    Made from post-consumer recycled polyester, reducing dependence on virgin resources and supporting a circular economy.

  • Lower Carbon Footprint:

    Utilizes advanced biodegradable technology, significantly reducing carbon emissions during production and disposal.

  • Reduces Landfill Waste:

    Accelerates decomposition time, reducing the accumulation of plastic waste in landfills, alleviating landfill pressure.

Biodegradable PET showcases advanced environmental technology and practices, providing an ideal choice for companies and consumers committed to sustainable development and environmental responsibility.