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FTTS-FA-001 Antibacterial Textiles for General Use
FTTS-FA-002 Antibacterial Textiles for Medical Use
FTTS-FA-003 Electromagnetic Shielding Textiles
FTTS-FA-004 Moisture Transferring and Quick Drying Textiles
FTTS-FA-005 Water-Vapor Permeable and Liquid-Water Impermeable Textiles
FTTS-FA-006 Antifungal Textiles
FTTS-FA-007 Wrinkle Free Textiles
FTTS-FA-008 Ultraviolet Protective Textiles
FTTS-FA-009 Antistatic Textiles
FTTS-FA-010 Far Infrared Textiles
FTTS-FA-011 Water Repellent Textiles
FTTS-FA-012 Oil Repellent Textiles
FTTS-FA-013 Stain Release Textiles
FTTS-FA-015 Flame-Resistant Textiles
FTTS-FA-016 Charcoal Contained Filler Fiber Textiles for Warmth Retention
FTTS-FA-017 Deodorization for Charcoal Contained Filler Textiles
FTTS-FA-018 Deodorized Textiles
FTTS-FA-019 Cool Feeling Textiles
FTTS-FA-020 Liquid Moisture Management Properties of Textile Fabrics
FTTS-FA-023 Generating Heat-Textiles
FTTS-FA-027 Antibacterial Activity
FTTS-GA-024 Cycling Clothing
FTTS-GA-025 Jogging Clothing
FTTS-GA-026 Energy-saving Clothing
FTTS-FA-019 Cool Feeling Textiles

FTTS-FA-019 Cool Feeling Textiles


1. Applicable Scope:

This Standard applies for testing the cool feeling textiles, depending on the extent which can reach the temperature drop to determine the products and its semi-finished products, so that assesses the requirements for the cool effect.


2.  Term Definition:


It is that the maximum heat loss per unit (W/cm2) when an instrument is used for simulating the textiles to touch the human body as a index of cool feeling.


3.   Quality:

 3.1 OK Standard


maximum heat loss per unit (W/cm2)


≧ 0.130


≧ 0.170



 3.2 Washable Requirements

     The samples are tested according to CNS 15140, where the weaves follow 7B wash and mild dry, as well as the knits follow 8B wash and mild dry to wash five times in water. The time to wash can be decided by the interested party.


4.  Test Method:

   4.1 Sample:

       Five piece of sample with 20cmx 20 cmsquare (The actual tested area is 5cmx 5cm.) are tested, and must be placed in the ambient temperature 20±2oC and relative humidity 65±2% about 24 hours.


   4.2 Test Environment:

      In compliance with CNS 5611.


   4.3 Test Instrument

      Thermal instrument KES-F7 THERMO LABO II or equivalent one.


   4.4 Test Procedure

     4.4.1Turn on Thermo Labo II, and warm-up about 15 minutes after the parameters are confirmed.

      4.4.2 Turn the heater switch to ON, and set the Temperature-Box to 35.0±0.1oC. Turn the switch for the Guard Heater to ON when the temperature reaches 35.0±0.1oC.


 4.4.3Set the Water-Box to the required temperature (simulation of ambient environment) as 25.0±0.1oC. The sample is placed on the Water-Box and face the side which the textiles stay close to the body upwardly until the temperature reaches 25.0±0.1oC. When the Temperature-Box reaches 35.0±0.1oC, you can press the qm button and quickly place it on the sample (Note the angle needs to be vertical, as shown in Figure 1.) to record the qm value on the screen. This value indicates the maximum heat loss for textile, an experimental result, in a unit of W/cm2.


(Figure 1) Angle to put Temperature-Box


4.5 Test Result

     4.5.1The test result is an average of test data in five times.

     4.5.2The effective data in the test report is averaged to the third place behind a decimal point.


5. Corresponding Standards:

 CNS 15687  Test Method for Cool Feeling Textiles


This Standard is reviewed by the Specified Requirement Execution Team, and issued after approved by the Committee Director. The same procedures are applied when revised.




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