Farah Men's Contrast Heel & Toe 5 Pack Socks With Embroidered Leg (6-11 )

£7.99 GBP £16.99
By Farah

Color
  • 69% Viscose from Bamboo 28% Polyester 3% Elastane
  • 5 Pair Pack
  • Standard toe seams
  • Contrast Heel and Toe
  • Standard cuffs
  • Exceptionally soft, silk-like touch; Breathable; Embroidered F on legs; Kinder to the environment and for skin; Inherent antibacterial and hypoallergenic properties; Machine washable at 40°
  • Thickness: Regular

Big five-pair packs of men’s bamboo socks to freshen up your sock drawer, every set of these Farah Plain, Striped and Patterned Everyday Bamboo Socks has a carefully-chosen collection of colour-co-ordinating styles. Great for everyday wear, work to casual, the socks are lightweight and fine gauge, so they’re breathable and easy to wear. An embroidered Farah ‘F’ decorates the side legs of all these socks.

The socks are made from an exceptionally soft bamboo fibre blend that gives them a smooth, silk-like touch. Not only luxurious feeling, socks made using high amounts of bamboo are skin- friendly, non-irritating even for usually sensitive feet. It has natural antibacterial properties and able to control both temperature and moisture. That helps create a cool, dry and fresh foot environment that promotes healthier skin. Growing bamboo helps the environment too, even more of a plus when you choose these socks!

 

  • 5 pair pack of men's bamboo socks available in assorted designs including plain, bright, spotty, striped and patterned
  • Standard toe seams and standard cuffs
  • These socks are of a regular thickness in a bamboo-based fibre blend
  • Antibacterial, skin friendly and non-irritating - ideal for even the most sensitive skins
  • Moisture absorbing and thermo regulating: The cross-section of the bamboo fibre is filled with various micro-gaps and micro-holes, ensuring much better moisture absorption and ventilation than other fibres. This means that the bamboo is 2-3 degrees cooler in warm weather and also very warm in cold weather, because of the same micro structure.