We're here to help! 😊 Reach out to our friendly customer care team at ​ 0121 369 0727
Try Before You Buy! πŸŽ‰ Get free carpet samples delivered straight to your door!* (T&Cs apply.)
✨ Free Delivery on All Our Carpets! ✨ Hurry, Offer Ends January 31st Don’t Miss Out!

412 Birmingham Rd, Wylde Green, Birmingham, Sutton Coldfield B72 1YJ, United Kingdom

Luxury carpets to your doorstep

Wool Varsity Stanford

Price: TBA

Need help? Speak to an expert: 0121 369 0727

Refined, resilient, and beautifully balanced, Wool Varsity Stanford by Fibre Flooring combines natural softness with everyday practicality. Expertly crafted from a premium blend of 75% wool and 25% nylon, this elegant carpet delivers warmth, texture, and timeless appeal. The Stanford design features subtle linear detailing that adds understated sophistication to bedrooms, living rooms, hallways, and stairs.

Moth proofed for long-lasting performance, Wool Varsity Stanford is made to withstand the demands of heavy domestic use. Its 6mm pile height and latex backing ensure comfort and stability underfoot, while compatibility with underfloor heating makes it an ideal choice for creating naturally warm, inviting interiors.

Also available as a 70cm unbacked runner, this versatile design extends effortlessly throughout the home. When made into a rug, an underlay is essential for added comfort and durability. Wool Varsity Stanford represents a perfect harmony of craftsmanship, practicality, and timeless design β€” the ideal choice for refined living spaces.

Specifications

  • Range: Wool Varsity

  • Design: Stanford

  • Manufacturer: Fibre Flooring

  • Material: 75% wool, 25% nylon

  • Backing: Latex

  • Thickness: 6mm

  • Usage: Bedrooms, living areas, hallways, and stairs

  • Suitability: Heavy domestic use

  • Features: Moth proofed

  • Underfloor heating: Suitable

  • Additional option: Available as 70cm unbacked runner

  • Rug note: Underlay essential when made as a rug

  • Eco credentials: Wool blend construction offering sustainable comfort and durability