FREEZE TECH Ice Attack FTO_S/S Crew Neck Kids

• color blue (coloured)

• Kids ○

By applying a cooling print to the contact-cooling fabric, the three cooling effects of vaporization heat, contact, and printing are demonstrated.
ICE ATTACK wear specially designed to protect against extreme heat.
Cooling high-function light compression layer that works well as a single layer or as an under layer.
Special cooling prints that react to perspiration improve athletes' performance in sports activities in hot environments.

The PERFORMANCE LINE is a pattern-designed model that is designed to support smooth, unrestricted movement so as not to hinder any type of exercise.
We use stretch materials and mesh panels that excel in sweat absorption and quick-drying properties, providing ease of movement and muscle support during activities. The special cooling print applied to the fabric's inner side reacts to sweat, lowering the fabric's temperature with its heat absorption characteristics, keeping the body cool and comfortable during workouts or matches.
The two-way stretch material does not restrict any movement, and the flattened seams ensure a comfortable fit.
In addition, the UV-cut specification protects the body from ultraviolet rays, and the antibacterial and deodorizing treatment prevents the generation of unpleasant odors.

■Triple cooling technology
By applying a cooling print to the contact-cooling fabric, the three cooling effects of vaporization heat, contact, and printing are demonstrated.
Ice Attack wear specially designed to combat extreme heat

■Sweat and wind keep you cool
The entire lining is covered with a special "ice-cold print" containing erythritol and xylitol.
When this print-treated fabric absorbs moisture (sweat) generated from human skin, its heat-absorbing properties lower the temperature of the fabric, giving it a cooling sensation.
In addition, the wind can make the cold sensation even stronger.


＜QUALITY＞
FREEZE TECH conducts a variety of coolness comparison tests.

[Cooling performance]
■FreezeTech processed fabrics react with water to lower temperatures!
Test Contents:
A hot plate was set to 33 degrees Celsius (reproducing a pseudo skin surface temperature), on which a common contact-cooling fabric and a FreezeTech print fabric were placed, and the temperature change was photographed with a drop of water instead of sweat.
(From a thermographic coolness test conducted on October 31, 2016)

■ Compared to general contact cooling fabrics, Freeze-Tech print processed fabrics provide an additional -1.4 degree Celsius cooling sensation!
Test Contents:
A specimen folded in two is used as a test piece, and a temperature sensor is placed in the center of the folded inside.
In an atmosphere of approximately 34 degrees Celsius, approximately 0.2ml of water was dropped onto the center of the test piece (on top of the sensor), and the temperature of the moistened area was measured for 10 minutes.
(From a cool-feeling performance evaluation of cool prints, conducted on January 7, 2016)

■Being exposed to the wind further enhances the cooling sensation!
Test Contents:
A heat environment was created (an artificial weather chamber (sub-chamber) with a constant temperature of 28°C and relative humidity of 60%) and reproduced by having two healthy male subjects perform the specified exercise on an aerobike for 20 minutes.
When airflow was applied 15 minutes after the start of the experiment, both the temperature in the garment and the relative humidity in the garment were noticeably lower than immediately before that.
(From the "Toward Zero Heat Stroke" Project Comparison Experiment Report (2019) between FREEZE TECH and summer innerwear for hot environments and exercise.)
*Results when wearing FREEZE TECH cold shirt long sleeve crew neck

[Washing durability performance]
■Even after repeated washing, the cold print performance is maintained!
(as long as the print is adhered to the fabric)
Test Contents:
After the fabric was washed 50 times, the sample was folded in two and a temperature sensor was placed in the center of the folded inside as a test piece.
In an atmosphere of approximately 34 degrees Celsius, approximately 0.2ml of water was dropped onto the center of the test piece (on top of the sensor), and the temperature of the moistened area was measured for 10 minutes.
(From a cool-feeling performance evaluation of cool prints, conducted on January 7, 2016)