Skip to content
Port Authority K568 polo - 95% Polyester / 5% Spandex fabric and 5.8 oz weight, DTF compatible

Port Authority K568

Cotton Touch Performance Polo

Compare supplier prices

Shipping to United StatesUSDBase plan
SupplierTotal

Closest available product alternatives

Destination
Plan

Updated Aug 19, 2026

Keep comparing

For the broadest side-by-side view, also compare Under Armour 1370399 Tech Polo .

Description

About this product

Port Authority K568 Cotton Touch Performance Polo is a men's and polo with 95% Polyester / 5% Spandex fabric, 5.8 oz weight, regular fit, and polo neckline and short sleeve. DTF is listed for decoration. The useful static details are the material, format, construction, and listed decoration method.

At a glance

What to know

  • 95% Polyester / 5% Spandex fabric
  • 5.8 oz weight, regular fit, and set in sleeve construction
  • polo neckline and short sleeve
  • Tagless label listed for this style

Product notes

More details

Material and construction

The Port Authority K568 Cotton Touch Performance Polo uses 5.8 oz 95% polyester/5% Spandex. The specs list regular fit, set in sleeve construction, polo neckline, short sleeves, and tagless label. yarnType is excluded from the specified product details.

Print compatibility

Compatible with DTF. For seller research, compare this product by its fabric, weight, fit, construction, label, and print compatibility.

Buyer FAQ

Common questions

What is the Port Authority K568 made of?
95% Polyester / 5% Spandex. Use the listed fabric blend when evaluating print compatibility.
What print methods work with the Port Authority K568?
DTF is listed for this product. DTF uses a heat-applied transfer across many fabric blends.
How heavy is the Port Authority K568?
5.8 oz. Use that weight with the fabric field to compare this garment against lighter or heavier blanks.
What fit does the Port Authority K568 have?
Regular fit. polo neckline and short sleeve.
Is the Port Authority K568 side-seamed or tubular?
The specs list set in sleeve construction. Side-seamed and tubular blanks differ in body structure and print-placement behavior.