ZISEnergy

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.

Features

All Natural Volcanic Ash

All natural volcanic ash is incorporated during spinning so that washing does not affect warmth retention.

Good Far Infrared Emissivity

Far infrared emissivity rates exceed far infrared emissivity standards for functional textiles as defined by the Taiwan Textile Federation.

Increases blood circulation

Blood circulation tests indicate that ZISEnergy® effectively increases blood circulation.

Warmth Retention

Excellent warmth retention helps you stay warm.

No Detection of Radionuclides

Testing by the Institute of Nuclear Energy Research (INER) did not detect the presence of Radionuclides


Production Process

01.All Natural Volcanic Ash

02.Energizing Masterbatch + Chips

03.Energy Yarn

04.Energy Textiles

ZISEnergy® Test Reports

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

※ Testing Lab:
Industrial Textile Research Institute (ITRI)

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

※ Test Lab:
Atomic Energy Council

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:
Industrial Textile Research Institute (ITRI)
※ Subjects:
5 (age 20-40)
※ Testing site:
Chest (Blood Oxygen Concentration)

※ 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)

Yarn Specifications

FDY

N 20D/12F
N 40D/24F
N 70D/48F
 
 
 

DTY

N 40D/36F
N 40D/48F
N 70D/48F
N 70D/72F
N 70D/48F/2
N 70D/72F/2

ATY

N 90D/48F
N 160D/96F
 
 
 
 

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