Reasons to Buy | KK444 Pique Polo

17/07/2024

The KK444 Cooltex® Plus Pique Polo provides comfort and performance no matter what the weather. Our team has been taking a look at the reasons to buy this high-tech fabric polo…

VIEW KK444 Pique Polo

 

 

Pique Polo Performance

Cooltex® Plus is a high-tech fabric that has been engineered to keep wearers dry and comfortable. It is knitted from multi-channel polyester fibres that speed moisture to the outer surface, maximising evaporative and cooling performance.

LEARN MORE…

Premium Quality

Quality garments built to last. Our Cooltex® Plus Polos are constructed using premium make up features, such as 1×1 rib knit collar, side vents, slant top placket, spare button, taped back neck and inner collar.

LEARN MORE…

Printability

The micro mesh compact knit is the perfect base for printing! The KK444 can be decorated by embroidery, heat transfer and screen printing.

LEARN MORE…

Breathable

The KK444 Cooltex® Plus Polo features unique knitted 100% polyester pique that’s renowned for its breathability and moisture wicking properties. The 180gsm fabric provides comfort and performance for every workout, as it provides freedom of movement and feels soft on the skin.

LEARN MORE…

Comprehensive Colour and Size Range

The Cooltex® Plus Polo is available in 6 distinctive colours in sizing from XS up to 5XL (5XL in white, charcoal, black and navy only with other colours XS-3XL).

LEARN MORE

Resistant to Fading, Shrinking and Wrinkling

What makes Cooltex® Plus so special is the shape of the fibre. Unlike others, Cooltex® Plus fibres aren’t round. They are almost rectangular in shape with multiple channels running down the length. As the technology is in the yarn and not a finish that is applied to the fabric, washing and wear will not degrade the wicking properties.

LEARN MORE…

Fast Drying

It is the shape of the fibre that allows moisture to be drawn away quickly from the skin. The moisture wicks away through the multi fibre channels, dispersing it across the fabric and out to a wider surface area for enhanced evaporation.

LEARN MORE…