With the advancement of science and technology, textile materials are constantly updated. Even the recycled materials that everyone expects have made a breakthrough. If the processed fabric is made of single material, it can be recycled completely!! It may be great for fabric and membrane both made of poly. After various tests, we found that the poly material not only can be recycled but also has good performance. This is an environmentally-friendly initiative for processing fabrics, making clothing production and recycling a closed cycle. Advantages of Eco Poly Membrane Garment is 100% Recyclable Super Stretch & Recovery None - Solvent Multiple End-use (Plastic product, Tar laying) Optimal WP & MVP (20K/20K) Eco Solvent-Free Lamination (Moisture Adhesive Reactive) Eco Poly Memebrane PET PU TPU WP/ MVP 15K/15K 10K/10K 30K/30K 15K/15K Solvent None None DMF None Elasticity 300% X 200% 220% Recyclable Yes Yes X X Material source Production Waste Production Waste X X Melting point 180℃ 170℃ 170℃ 150℃ *The performance display is the best result. The actual situation determined by yarn type. W-1586-L05C •89%Polyester 11%Spandex(4-way) •DWR10/70-80%, WP 15,000, MVP 15,000g/m2/24hr •Weight: 119GSM±5% •2LL/ Eco Poly Membrane

Textiles for recycling are generated from two primary sources. These sources include: •Post-consumer, including garments, vehicle upholstery, household items and others. •Pre-consumer, including scrap created as a by-product from yarn and fabric manufacture, as well as the post-industrial scrap textiles from other industries. RECYCLED PU MEMBRANE Produced by recycled consumer waste replacing petrochemical materials, it is easy to bond with any eco-friendly fabrics. It performs comparable tear strength and durability, with high function on waterproof and breathable. WP/MVP: 30K/30K Elasticity: 200% Embrittlement point: - 40° RECYCLED TPU MEMBRANE TPU Eco-friendly features: It can be decomposed naturally within 5-10 years if buried in soil. It can be recycled and made into other products. TPU membrane do not discharge harmful substances. Not only the raw materials, but also processing to finished products. It’s friendly to the environment, does not pose a threat to human health, and conforms to the global environmental protection trend. WP/MVP: 15K/15K Elasticity: 220% Embrittlement point: - 40° Fluocarbon-free DWR with Recycle TPU GRS. Recycle TPU membrane can maintain the high function and also protect environment. W-4524-L05 41%POLY 59%POLY RECYCLE OXFORD F.C.DWR10/70~80%, WP 15,000 m/m, MVP 15,000 g/m2/24hr Weight: 188 GSM ±5% Recycle nylon& Recycle PU W-5003-L03 uses waste glass from mobile phone lens and combines it with PU through nano-process. W-5003-L03 100%NYLON RECYCLE DOBBY F.C.DWR20/70~80%, WP 10,000 m/m, MVP 10,000 g/m2/24hr Weight: 124 GSM ±5% CONTACT US for more information or products.

Most everyday consumer and industrial products are made using non-renewable resources, such as petrochemicals. The overuse of these finite resources is not sustainable. Biomass products use naturally-derived glucose instead of petroleum feedstocks. Reducing the use of fossil fuels can not only reduce greenhouse gas production, but also allow products to decompose naturally and return to nature. Reduce greenhouse gases by more than 40% Non-renewable energy use about 45% less Process Technology Harvest Renewably sourced feedstocks are harvested, dried and then wet-milled to create a range of carbohydrate rich feedstocks such as glucose. Fermentation Glucose is converted into 1,3 Propanediol using a patented microorganism under exact temperatures and conditions. Refining The 1,3 Propanediol is refined to a final purity of 99.7% by deactivating and removing the microorganism, water, and other byproducts. W-4846-L08 97%Bio Nylon 3%Spandex DobbyF.C.DWR10/70~80%, WP20,000m/m, MVP15,000g/m2/24hr DuPont B20W Susterra W-3357-1-T115 100%F.D.Nylon OxfordW/R, WP25,000m/m, MVP15,000g/m2/24hr 3LL/ DuPont B20W Susterra information source: DuPont Susterra Website CONTACT US for more information or products.

UMORFIL® Technology is founded in 2012. Its name originates from the combination of Latin “Umor” and French “Fil”. Umor means moisture and fil means yarn. UMORFIL® Story “Behind the ingredient-UMORFIL® Technology” Respecting nature life by bringing circular economy concept into textile material. Let textile contribute to solve environmental problems and remain its original beauty. UMORFIL® bionic fiber series are all designed and made in Taiwan. UMORFIL® Technology Sparkles at skin friendly features, UMORFIL® bionic fiber has passed medical level of skin sensitization/ irritation testing (ISO 10993). Well performance relates with denim, outwear, home textile, wadding and shoes products. Decrease the use of auxiliary chemical. The original properties will last after washing. CONTACT US for more information or products. Information source: https://www.umorfil.com/index.html

Biobased resources give us alternatives to manufacturing textiles and apparel, while opening up opportunities for new performance capabilities with less impact on resource use. Sorona® SORONA PRODUCT COMPARED TO NYLON 6 COMPARED TO NYLON 6.6 37% of the polymer is made using annually renewable plant-based ingredients. The revolutionary Bio-PDO compound turns a formerly chemical process into an eco-efficient biological one. Uses 30% less energy Releases 63% fewer greenhouse gas emissions. Uses 40% less energy Releases 56% fewer greenhouse gas emissions. W-3344-L03 •53%Polyester 47%Polyester SORONA Twill Stretch(4-way) •W/R, WP10,000m/m, MVP10,000g/m2/24hr •Weight: 110 GSM±5% CONTACT US for more information or products. Information source: Sorona website https://sorona.com/Textile Exchange "Quick Guide to Biosynthetics"

In the 21st century, consumers are increasingly demanding products that reflect their more sustainable values and lifestyles. Chemistry is giving way to synthetic biology, and engineered organisms—using the same kind of fermentation we use to make wine, bread, or kombucha—can now make the chemical building blocks for shoes, clothes, and carpets. *Castor oilCastor oil, derived from the seeds of the plant Ricinus communis, forms the basis of sebacic acid, which is the product’s renewable raw material content.Many manufacturers use castor oil to make biomass nylon. While maintaining the quality of nylon, it can also reduce fossil fuels and carbon emissions. BASF has developed a groundbreaking approach to derive products from renewable raw materials: Certified renewable feedstock is used to replace fossil resources at the beginning of the production process and is then allocated to sales products in the respective quantities. W-4983-L07G •57%Bio Nylon 43%Nylon6.6 Stretch(2-way) •F.C.LDWR30/70-80%, WP 20,000m/m, MVP 20,000g/m2/24hr •Weight: 152GSM±5 •DUPON B20W SUSTERA/ Ultramid®(BASF) CONTACT US for more information or products. Information source: BASF<Biomass Balance by BASF: Building a sustainable future>

Recycled polyester is the most common recycled man-made fiber. It makes the consumer waste into recycled fiber. In addition to reducing the use of oil and energy, it is more important to reduce waste and marine debris. Recycled Polyester is one of the most certified traceable fibers available in the world. High-quality, recycled fibers are made from 100% recycled materials, including post-consumer water bottles and pre-consumer waste. One of the recycled polyester brands, REPREVE® is the leading, most trusted, branded performance fiber made from recycled materials (including plastic bottles). W-4285-L04 •50%Polyester Recycle 50%Polyester Dobby•W/R, WP10,000m/m, MVP 5,000g/m2/24hr•Wight: 183GSM±5%•2L: UNIFI/ DuPont Susterra Today, many people are aware that they must ensure their dressing doesn't impact the environment. The textile waste recycling ensures that. CONTACT US for more information or products. Icon source: Freepik, xnimrodxinformation source: Repreve website

Today, many people are aware that even when they are dressing to impress the world, they must ensure that their dressing doesn't impact the environment. The textile waste recycling ensures that. Common nylon recycle material:•Post-industrial•Fishing Net•Buoy Most mechanically recycled materials are melted at high temperatures and then made into a reusable form. Nylon melts at a much lower temperature, which means contaminants remain alive or otherwise unscathed. For this reason, nylon must be thoroughly cleaned before being recycled. Good sources of clean, pure postconsumer nylon are difficult to find. 1.Post-industrial The post-industrial recycling is a common practice and has been there for years. The post-industrial waste includes the by-products from textile like fibers, trimmings left on the cutting room floor in apparel and other textile product manufacturing facilities. 2.Fishing Net Waste fishing nets are made of nylon with the high value, and the recycling technology is the most mature. The recycling methods can be divided into physical and chemical recycling. •Single-material waste nylon fishing nets are melted and re-spinned for physical recovery. •The chemical recovery: Through chemical processes such as cracking and fractionation is made into caprolactam (material for nylon 6), then pelletized and spinned. 3. Buoy There are 6% fishing nets, 9% traps and 29% tackle, including buoys and other fishery wastes become residual marine pollutants due to discarding every year. Those wastes not only polluting the ocean environment , they also would cause harm to living creatures due to entanglement. Seriously affect the ecological environment. It’s not news that marine waste is recycled into fabrics. The buoys can also be recycled and reconstituted into nylon. Buoys can become nylon 6.6 particles again after cracking, fractionation, and polymerized. Today, many people are aware that they must ensure their dressing doesn't impact the environment. The textile waste recycling ensures that. CONTACT US for more information or products. Information source: Fire2fashion<Managing textile waste>海洋保育屬<再生-海廢再利用>經濟部技術處<海洋環保新纖維開發-廢棄漁網循環再利用案例>

Born of the need to protect both people and the environment, Porlite is made from non-toxic, energy saving and environmentally friendly materials. It is a pioneering technological innovation created by the textile industry, and its outstanding ventilation and wind resistance features offer superior comfort to the wearer. When you choose Porlite, not only do you choose the color and comfort of the fabric, you demonstrate your commitment to the environment and a connection with nature. Porlite emphasizes the environmental protection from production to disposal. The main material of Porlite membrane, is made up of carbon and hydrogen molecules. It is burnable with very low environmental impact, and meets the standards on environmentally friendly in terms of saving energy and non-toxic emission. After all, Porlite create no harm to human bodies and the earth. Porlite membrane uses low-temperature production and solvent-free laminating, which saves 40% of energy compared with the previous 3-layer fabric. The feature of easy coloring reduces the time and temperature of dyeing, not only saving energy but saving 50% of water. CONTACT US for more information or products.