Sheng Group Textile

13/10/2026

UV Protection Fabric

With the increasing popularity of outdoor activities and growing awareness of sun protection, UV protection fabrics have become an important category of functional textiles. Their primary purpose is to reduce the pe*******on of UVA and UVB radiation through the fabric, thereby helping to limit the skin’s exposure to ultraviolet rays.

The UV protection performance of a fabric is influenced by several factors, including fiber type, yarn density, fabric construction, thickness, color, and finishing treatment. In general, fabrics with tighter structures and higher surface coverage tend to provide better UV protection. Polyester fibers also have relatively good UV absorption characteristics and are therefore widely used in outdoor and sportswear applications.

UV protection performance can be further enhanced by incorporating UV-absorbing or UV-blocking materials such as titanium dioxide (TiO₂) and zinc oxide (ZnO), as well as through specialized finishing technologies.

The ultraviolet protection capability of textiles is commonly evaluated using the UPF (Ultraviolet Protection Factor) rating. A higher UPF value indicates greater protection against UV radiation. For example, UPF 50+ represents a high level of UV protection and is commonly specified for sun-protective jackets, sportswear, outdoor apparel, hats, and shade textiles.

In addition to UV protection, advanced functional fabrics can combine moisture-wicking, breathability, quick-drying, and stretch properties, providing greater comfort and added value for modern performance apparel.

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08/10/2026

Wrinkle-Resistant Functional Textiles

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Wrinkle resistance is an important performance characteristic of apparel and functional textiles. Its primary purpose is to reduce wrinkles and creases caused by wearing, washing, folding, or prolonged use, helping garments maintain a smooth and neat appearance while improving comfort, convenience, and overall product quality.Wrinkles generally occur when fibers are bent or compressed by external forces, causing changes in their internal molecular structure and preventing them from quickly returning to their original shape. Fibers such as cotton, rayon, and viscose tend to wrinkle more easily, while polyester fibers offer better elasticity and shape recovery, giving them naturally superior wrinkle-resistant properties.Common wrinkle-resistant technologies include resin finishing, crosslinking finishing, fiber blending, yarn engineering, and fabric construction design. These methods improve the fabrics ability to recover after compression or folding. Appropriate finishing treatments can further enhance easy-care and non-iron performance, making garments easier to maintain in everyday use.Wrinkle resistance can be evaluated through various testing methods, including wrinkle recovery angle, appearance after laundering, and dimensional stability. A high-quality wrinkle-resistant fabric should not only provide effective crease recovery but also maintain softness, breathability, wash durability, and wearing comfort.Wrinkle-resistant fabrics are widely used in shirts, suits, uniforms, trousers, dresses, workwear, and travel apparel. They are particularly suitable for todays apparel market, where consumers increasingly value garments that combine a neat appearance with durability, easy maintenance, and everyday convenience.

02/10/2026

Waterproof & Breathable Functional

Waterproof and breathable fabrics are important materials for outdoor apparel and functional textiles. Their primary function is to prevent external rainwater from penetrating while allowing body moisture and water v***r to escape, helping the wearer stay dry and comfortable in rainy weather, during physical activities, or in high-humidity environments.

Common waterproof and breathable technologies include laminating PU (Polyurethane) or TPU (Thermoplastic Polyurethane) waterproof breathable membranes onto woven or knitted fabrics. Special coating technologies can also be applied to create a waterproof barrier. These structures effectively block liquid water from the outside while allowing moisture v***r generated by perspiration to pass through the fabric, reducing heat and moisture buildup inside the garment.

The fabric surface can also be treated with a DWR (Durable Water Repellent) finish, which causes rainwater to bead up and roll off the surface, reducing water absorption and further enhancing outdoor performance.

The performance of waterproof and breathable fabrics is commonly evaluated by Hydrostatic Pressure for waterproofness and MVTR (Moisture V***r Transmission Rate) for breathability. By selecting different fabric constructions, membranes, coatings, and finishing technologies, waterproofness, breathability, wash durability, and softness can be customized according to customer requirements.

Waterproof and breathable fabrics are widely used in outdoor jackets, hiking wear, ski wear, rainwear, sportswear, and functional workwear.

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24/09/2026

Moisture-Wicking & Quick-Dry Fabric

Moisture-wicking is an important technology in functional textiles. Its primary function is to quickly transfer perspiration generated during physical activity or in hot environments away from the skin to the outer surface of the fabric, where it spreads over a larger area and ev***rates more rapidly, helping the wearer stay dry and comfortable.

The key mechanism is capillary action, created by the structure of the fibers and fabric. Special-shaped polyester fibers, multi-channel fibers, or specially engineered yarn structures can create numerous microscopic channels that efficiently transport moisture through the process of absorption → transfer → spreading → ev***ration. Hydrophilic moisture-management finishes can also be applied to conventional polyester fabrics to improve their moisture-wicking and quick-drying performance

The performance of moisture-wicking fabrics should not be evaluated solely by how quickly they absorb water. More importantly, moisture should move rapidly away from the skin-contact surface and spread efficiently across the outer surface of the fabric. Performance can be evaluated using the AATCC 195 Moisture Management Test, which measures parameters such as wetting rate, spreading speed, one-way transport capability, and Overall Moisture Management Capacity (OMMC)

In product development, moisture-wicking performance can be combined with other functional properties such as stretch, antibacterial performance, odor control, UV protection, and cooling effects. These fabrics are widely used in sportswear, T-shirts, polo shirts, yoga wear, outdoor apparel, workwear, and functional underwear.

With the continued growth of the athleisure and outdoor performance apparel markets, moisture-wicking technology has evolved from an added-value feature into an important performance requirement for modern functional apparel fabrics

15/09/2026

Electromagnetic Interference (EMI) Shielding Textiles

With the rapid development of 5G, Wi-Fi, smartphones, computers, and various wireless electronic devices, the demand for functional textiles with electromagnetic shielding properties has been steadily increasing. EMI shielding fabrics utilize conductive materials and specially designed textile structures to reflect, absorb, and shield electromagnetic waves within specific frequency ranges.

Common technologies include the use of silver fibers, copper fibers, and stainless steel fibers, as well as metal coatings, conductive coatings, and conductive yarns. These materials can be incorporated into woven, knitted, or composite structures to produce functional fabrics for a wide range of applications.

The electromagnetic shielding performance of a fabric is generally evaluated by its Shielding Effectiveness (SE), expressed in decibels (dB). A higher SE value indicates greater electromagnetic shielding performance under specified frequencies and testing conditions. Therefore, professional EMI shielding products should not only provide SE values but also clearly indicate the frequency range, testing method, and applicable testing standard to ensure an accurate and objective evaluation of their shielding performance.

EMI shielding textiles can be used in protective workwear, curtains, interior decoration, electronic equipment protection, specialized industrial applications, and certain medical environments. In addition to effective electromagnetic shielding, high-quality EMI shielding fabrics should also provide a good balance of softness, breathability, washability, durability, and processability.

Future developments in EMI shielding textiles will focus on lighter weight, higher shielding effectiveness, improved wash durability, and greater comfort, achieving an optimal balance between advanced functionality and the practical performance expected from modern textile products.

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31/08/2026

Textile antimicrobial and deodorizing technologies can effectively inhibit bacterial growth, break down odors, and prevent the growth of mold and fungi, thereby improving fabric freshness, hygiene, and comfort.

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12/06/2026

Textile to Textile

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As the European Union advances its Sustainable and Circular Textiles Strategy, the global textile industry is rapidly transitioning toward a circular economy. Future sustainability requirements will no longer focus solely on recycled polyester made from PET bottles; instead, greater emphasis is being placed on Textile-to-Textile recycling, where discarded garments are recycled into new textile products.

According to the EU's roadmap, by 2030, textile products sold in the European market are expected to contain approximately 20%–30% recycled content, supported by comprehensive traceability and verification systems. This will bring significant changes to global textile supply chains.

Taiwan benefits from a well-established textile supply chain and strong expertise in functional fabrics. However, there is still room for improvement in textile recycling technologies and the supply of recycled textile materials. Future competitiveness will depend on advancements in circular recycling technologies, material sorting capabilities, and low-carbon manufacturing.

For Taiwan's textile industry, this trend presents not only challenges but also new business opportunities. Companies that invest early in Textile-to-Textile recycling technologies and sustainable product development will be better positioned to meet international brand requirements, enhance product value, and strengthen Taiwan's role in the global market for high-performance and sustainable textiles.

05/06/2026

Paris Morning Elegance

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01/06/2026

Melange Slub Fabrics – Urban Minimalism

Urban minimalism emphasizes clean lines and understated textures. The natural mélange effect and irregular slub yarns of Melange Slub Fabrics perfectly echo this “simple yet refined” design language. The fabric’s lightweight and breathable qualities make it ideal for daily commuting or casual occasions, while its soft touch and natural layered effect add subtle beauty to minimalist tailoring. Designers often choose neutral tones such as gray, beige, and black-and-white, pairing them with loose shirts, straight trousers, or minimalist dresses to highlight the calm confidence of modern women. This fabric maintains a professional look while preserving a relaxed vibe, making it an essential element in contemporary womenswear collections.

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13/05/2026

Low Carbon × AI × Global Trends: Shaping a Sustainable Future for the Textile Industry

As global net-zero initiatives and digital technologies continue to accelerate, the textile industry is entering a new era of transformation. From sustainable materials and low-carbon functional fabrics to the integration of generative AI into product development, innovation is no longer optional — it has become the core driver of industry competitiveness. Looking ahead to 2027, the market will not only emphasize functionality and aesthetic design, but also focus on environmental responsibility and development efficiency, driving a comprehensive upgrade across the textile sector.

1. Focus on Low-Carbon Material Innovation
Under the global trend toward carbon reduction and sustainability, low-carbon materials have become a key direction for the textile industry. From recycled polyester and bio-based fibers to energy-saving dyeing and finishing processes, brands and markets are placing greater emphasis on environmental value and carbon footprint management. Future fabrics must not only deliver functionality and comfort, but also incorporate circular sustainability and environmental responsibility. Through material innovation, companies can enhance product value and strengthen international competitiveness.

2. AI-Powered Smart Applications
Artificial intelligence is rapidly transforming textile product development. Through generative AI and big data analysis, companies can more accurately identify fashion trends, color directions, and market demands while significantly reducing development time and sampling costs. AI also supports fabric design, pattern generation, and supply chain management, improving R&D efficiency and market responsiveness to create more competitive and innovative products.

3. Global Trend Analysis and Insights
As global markets continue to evolve, international textile trends are increasingly moving toward functionality, sustainability, and lifestyle integration. Sportswear, outdoor performance apparel, and urban fashion have become major market directions, while demand for high-performance, lightweight, and eco-friendly materials continues to grow. Understanding international exhibitions and brand trends not only supports product development, but also helps companies strategically position themselves for future market opportunities.

In the face of rapidly changing global markets, only those who embrace trends, adopt innovative technologies, and strengthen sustainable thinking will stand out in the next wave of industry transformation. The future of the textile industry is being redefined by low-carbon technology and AI-driven innovation.

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