Unisex Heavyweight Cotton Ultimate Polo Shirts

XS £6.70	S £6.70	M £6.70	L £6.70	XL £6.70	2XL £6.70	3XL £7.30
XS £6.70	S £6.70	M £6.70	L £6.70	XL £6.70	2XL £6.70	3XL £7.30
4XL £7.30	XS £6.70	S £6.70	M £6.70	L £6.70	XL £6.70	2XL £6.70	3XL £7.30
XS £6.70	S £6.70	M £6.70	L £6.70	XL £6.70	2XL £6.70	3XL £7.30
XS £6.70	S £6.70	M £6.70	L £6.70	XL £6.70	2XL £6.70	3XL £7.30
XS £6.70	S £6.70	M £6.70	L £6.70	XL £6.70	2XL £6.70	3XL £7.30

The UC104 Heavyweight Unisex Cotton Polo Shirt is a premium workwear essential, designed for both men and women who need durability, comfort, and a professional look. Made from 100% ring-spun combed cotton, this heavyweight polo delivers a soft, breathable feel while ensuring long-lasting wear, making it ideal for corporate, hospitality, warehouse, retail, and office uniforms.

Key Features:

✔ Premium Cotton Fabric – 100% ring-spun combed cotton for softness, durability, and breathability
✔ Workwear-Ready – Reactive dyed fabric retains vibrant colour even after multiple washes
✔ Unisex Fit – Designed to offer a comfortable and professional fit for all body types
✔ Smart & Stylish – Knitted raised collar & cuffs for a structured, polished look
✔ Enhanced Comfort & Mobility – Taped side vents with an extended back for flexibility and ventilation
✔ Reinforced Durability – Taped neck & half-moon yoke for extra strength and shape retention
✔ Versatile for Any Industry – Perfect for corporate offices, hospitality, warehouse work, retail, and construction
✔ Size Range for All Team Members – Available in XS to 4XL
✔ Classic Colour Options – Choose from Bottle Green, Black, Navy, Red, Royal, and White
✔ Easy to Maintain – Machine washable, designed for long-lasting performance

Ideal for UK businesses seeking high-quality, heavyweight unisex workwear, the UC104 Polo Shirt combines style, strength, and comfort in a premium package.

Order today and give your team a professional, durable, and eco-conscious workwear solution!

Note: Sizes, fabric weights, and colors are provided as an approximate reference and may vary slightly. A measurement tolerance of +/- 5% is allowed