Boston in Beige are 50 x 50 cm carpet tiles that you can lay flexibly. You can easily combine them in patterns such as quarter-turn, monolithic or checkerboard, creating a personal floor look that suits your space. This type of carpet is a practical and modular solution for both living rooms and hospitality environments where a warm, inviting look is desired. It feels pleasantly soft and provides a warm, calm base for daily use. The beige shade brings light and warmth without dominating the space, creating a relaxed atmosphere in which you can comfortably live and work.

Applications

• Living rooms: create a cosy base where family and guests come together.
• Bedrooms: lay a calm surface that contributes to a relaxed night's sleep.
• Offices and reception areas: give a professional look with a comfortable feel underfoot for visitors.
• Hotel rooms and meeting rooms: create a welcoming atmosphere that is also practical.
• Project applications: ideal for larger spaces where tiles are laid in multiple patterns.

Properties

• Type and laying patterns: carpet tiles that you can lay in quarter-turn, monolithic or checkerboard.
• Dimensions: 50 x 50 cm per tile.
• Colour: Beige.
• Maintenance and replacement: individual tiles make maintenance and rearrangement easy and flexible.
• Sold per box of 20 pieces.

Benefits

• Replaceable per tile for easy rearrangement
• Stain-resistant and easy to keep clean
• Modular laying pattern offers instantly adaptable layouts

• Article code
  10TT015050
• Colour
  Beige
• Usage location
  Indoor
• Width
  50 cm
• Length
  50 cm
• Quantity per pack
  20
• Thickness
  5.9 mm
• Pile weight
  400 g/m²
• Weight
  925 g
• Weight per m²
  3700 g/m²
• Material
  100% Polypropylene
• Primary backing
  Bitumen
• Fire class
  Cfl-s1
• Dyeing method
  Solution-Dyed
• Pile height
  2.9 mm
• Gauge
  1/10
• Stitches per m²
  193550 /m²
• Colour fastness
  Light fastness 7-8 (ISO 105 B02)
• Usage class 1
  31 - light project use
• Suitable for underfloor heating
  Yes
• Comfort class
  1
• Antistatic
  Yes
• Thermal resistance
  0,10 m²K/W