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以特有差異化、客製化的產銷模式,為全球高性能尼龍絲主要供應商。
A primary supplier of high-performance nylon filament around the world supported by a diversified, custom production model.
投入環保纖維絲加工,並在功能性纖維如高彈性纖維、長效抗菌纖維及涼爽纖維等方面均有開發。
ZIG SHENG actively supports the texturization of recycled yarns and has developed several functional textiles including high tenacity yarn, Long-lasting anti-microbial yarns, and cooling yarns.
台灣前3大尼龍粒生產商。尼龍粒主要用於工程塑膠、薄膜及工業/紡織用絲等產業領域。
ZIG SHENG is one of the three largest nylon chip manufacturers in Taiwan. Our chips are used mainly in industrial fields, such as engineering plastic, film, industrial yarn, and textile grade yarn.
複材產品主要用於汽車零配件、工業零件、電子電器、包材等領域。
ZIG SHENG compound products are primarily applied in automotive parts and accessories, industrial parts, electronics and appliances, packaging etc.
非對稱膜的一種,可來截留水中的微粒、細菌等,使其不能通過濾膜而被去除。
An asymmetrical membrane that can be inserted into a water source to ensure microparticles and bacteria don't get caught in the filter and can be properly eliminated.
創新開發
Innovation and
Development
環保原液染色纖維
Sustainable dope dye yarn
尼龍6膠原蛋白纖維
Nylon 6 collagen yarn
親水涼爽尼龍纖維
Hydrophilic cooling nylon yarn
能量尼龍纖維
Energizing nylon yarn
聚酯機械彈性纖維,如柔軟有彈性的舒芙蕾
A warm and inviting mechanical stretch polyester yarn that's soft and springy like a fresh souffle
輕量快乾的聚丙烯纖維
A rough and tough yarn with a wide range of applications
應用範圍
Range of Applications
纖維事業部
Fiber Business Division
化材事業部
Chemical Materials Division
尼龍粒
Nylon Chips
複合材料
Polyamide (PA) Compounds
中空纖維膜
Hollow Fiber Membrane
投資人專區
Investor Relations
財務資訊
Financial Information
ZISEnergy® is a high-tech fiber produced by integrating all natural volcanic ash within fibers. The outstanding far infrared radioactive characteristics act on the wearer to retain warmth, enhance blood circulation, and increase metabolism.
Testing by the Institute of Nuclear Energy Research (INER) did not detect the activity of Thorium series, Uranium series or Potassium 40. The energizing far infrared radiation is not affected by finishing, washing, or external conditions.
ZISEnergy® is appropriate for applications in bedding, health care, intimate apparel, sportswear, calf sleeves, and hosiery.
All natural volcanic ash is incorporated during spinning so that washing does not affect warmth retention.
Far infrared emissivity rates exceed far infrared emissivity standards for functional textiles as defined by the Taiwan Textile Federation.
Blood circulation tests indicate that ZISEnergy® effectively increases blood circulation.
Excellent warmth retention helps you stay warm.
Testing by the Institute of Nuclear Energy Research (INER) did not detect the presence of Radionuclides
01.All Natural Volcanic Ash
02.Energizing Masterbatch + Chips
03.Energy Yarn
04.Energy Textiles
Far Infrared Emissivity Test
Gamma Spectroscopy
Product Compassion and Blood Oxygen Level Fluctuation Test
Product Comparison- Light Exposure Test
Test Sample | Measuring Temperature | 8-14μm Average Emissivity |
---|---|---|
Regular Nylon Spandex Blend (89% Nylon + 11% Spandex) |
40℃ | 0.767 |
ZISEnergy® Nylon Spandex Blend (89% ZISEnergy® Nylon + 11% Spandex) |
40℃ | 0.910 |
FTTS-FA-010 Far Infrared Textiles Current technology in Taiwan for Far-Infrared Textiles delivers an average far infrared emissivity of at least 0.85 and a temperature variation of at least 0.5℃. The test method for these textiles is not yet regulated internationally. Therefore, the Taiwan Textile Federation uses domestically acceptable methods to test these fabrics.
Test Item: ZISEnergy® Nylon/Spandex Knitted Fabric
Radioactive Analysis |
Activity | Uncertainty of Measurement |
Unit |
---|---|---|---|
Thorium Series / Unranium Series / Potassium 40 | <MDA | —— | Bq/g |
MDA is the lowest measurable activity of the instrument, and a value < MDA indicates that the nuclides have not been detected during measurement.
No additional radionuclides were detected in the above test sample.
5 Female Test Subjects | ZIS®Energy NOP |
|||
---|---|---|---|---|
Blood Flow (volume) |
Blood Flow (rate) |
Blood Oxygen Saturation (Sp O2) |
Skin Temperature | |
Before Test | 41.5 | 20.9 | 97.5% | 33.1 |
After 30min Test | 49.9 | 24.6 | 99.3% | 34.6 |
Difference (%) | +20.2% | +17.7% | +1.8% | +1.5℃ |
5 Female Test Subjects | |
---|---|
ZIS®Energy NOP | |
Before Test | |
Blood Flow (volume): 41.5 |
Blood Flow (rate): 20.9 |
Blood Oxygen Saturation (Sp O2): 97.5% |
Skin Temperature: 33.1 |
After 30min Test | |
---|---|
Blood Flow (volume): 49.9 |
Blood Flow (rate): 24.6 |
Blood Oxygen Saturation (Sp O2): 99.3% |
Skin Temperature: 34.6 |
Difference (%) | |
---|---|
Blood Flow (volume): +20.2% |
Blood Flow (rate): +17.7% |
Blood Oxygen Saturation (Sp O2): +1.8% |
Skin Temperature: +1.5℃ |
Commercial Polyester Spandex Fabric | |
---|---|
Before Test | |
Blood Flow (volume): 42.4 |
Blood Flow (rate): 23.3 |
Blood Oxygen Saturation (Sp O2): 97.4% |
Skin Temperature: 33.2 |
After 30min Test | |
---|---|
Blood Flow (volume): 50.2 |
Blood Flow (rate): 27.8 |
Blood Oxygen Saturation (Sp O2): 99.4% |
Skin Temperature: 34.5 |
Difference (%) | |
---|---|
Blood Flow (volume): +18.4% |
Blood Flow (rate): +19.3% |
Blood Oxygen Saturation (Sp O2): +2.0% |
Skin Temperature: +1.3℃ |
5 Female Test Subjects | Commercial Polyester Spandex Fabric |
|||
---|---|---|---|---|
Blood Flow (volume) |
Blood Flow (rate) |
Blood Oxygen Saturation (Sp O2) |
Skin Temperature | |
Before Test | 42.4 | 23.3 | 97.4% | 33.2 |
After 30min Test | 50.2 | 27.8 | 99.4% | 34.5 |
Difference (%) | +18.4% | +19.3% | +2.0% | +1.3℃ |
※ Testing Lab: Taiwan Textile Research Institute (TTRI) ※ Subjects: 5 (Age 20-40) ※ Testing site: Chest (Blood Oxygen Concentration)
ZISEnergy® Nylon Spandex Fabric | Commercial Polyester Spandex Fabric | ||||
---|---|---|---|---|---|
Temperature (℃) | a* (before test) | 21.05 | 21.08 | ||
b* (after test) | 26.52 | 25.51 | |||
Temperature (℃) | +5.47 | +4.43 | |||
Thermal Image | a* (after test) | b* (after test) | a* (after test) | b* (after test) | |
ZISEnergy® Nylon Spandex Fabric | ||
---|---|---|
Temp. (℃) | a* (before test) | 21.05 |
b* (after test) | 26.52 | |
溫差 (℃) | +5.47 | |
Thermal Image | ||
a* (after test) | ||
b* (after test) |
Commercial Polyester Spandex Fabric | ||
---|---|---|
Temp. (℃) | a* (before test) | 21.08 |
b* (after test) | 25.51 | |
溫差 (℃) | +4.43 | |
Thermal Image | ||
a* (after test) | ||
b* (after test) |
FDY
DTY
ATY
A unique idea can have a lasting impact on our entire industry. ZIG SHENG believes that innovation begins at development. We're more than happy to work together to create a personalized solution for you.