Be Seen Ladies Cooldry Heather and Sports Interlock Fabric Polo (BKP500L)

Be Seen Ladies Cooldry Heather and Sports Interlock Fabric Polo (BKP500L)

Description

The BKP500L is designed and produced using the highest quality fabrics. It features a contrasting shoulder panel, inner placket, self-fabric cuffs and charcoal heather soft touch fabric at sides and back. The BKP500L also includes contrasting 4 needle 6 stitch at front sides, self-fabric collar with collar stand and contrasting inside and back of collar. The sleeves and centre back have reflective decals to top off the premium look. Embroidery and screen printing are the best tools to customise the BKP500L to suit your brand. 
Features:

• 100% Polyester Cooldry Sports Interlock (150GSM)
• 100% Polyester Cooldry Heather (150GSM)
• Cooldry Moisture Management Technology in Yarn
• AEGIS Microbe Shield (Anti-bacterial treatment applied to fabric)
• 1x Loose pocket in body colour
• 1x Loose pocket in contrasting colour
• Regular fit

Additional Options:

• Sew on pocket
• Sew on pocket with pen holder
• Change label
• For decoration options, 

What is Cooldry Technology?
Black Kanvas stock garments are specially designed with Cooldry Moisture Management Technology. This process starts at the beginning of the fabric production stage. The raw yarn used in the knitting process contains the Cooldry technology, which ensures that it never washes out. The treatment pulls the moisture away from your skin to the outer layer on the garment, therefore making our garments breathable, quick drying, comfortable and moisture absorbent.  

What is AEGIS Microbe Shield?
AEGIS Microbe Shield is a high-tech treatment creating a protective coating around the yarn. This colourless, odourless process results in a positively charged polymer that draws bacteria towards the polymer. The bacteria comes to the surface of the fabric and is quickly destroyed. The AEGIS Microbe Shield paired with the Cooldry Technology benefits result in a high-end garment with long-term stability and durability of the garment.