The Maestro Herringbone Silver Runner is a durable, low-profile short pile rug designed for practical everyday use, ideal for living rooms, dining areas, and modern interiors. Machine woven in Belgium from 100% polypropylene, it features a 0.7cm low pile height and a pile weight of 1.4kg per m², offering a lightweight yet hardwearing finish. Produced using a printed surface technique rather than a fully woven construction, the rug has a flat, slightly fuzzy texture with short, slightly coarse fibres. A jute backing provides structure and helps maintain its shape over time.

The design showcases a clean herringbone pattern, formed by repeating angled stripe segments that run in structured vertical columns. This creates a sense of rhythm and flow across the rug, while the softened printed edges give the pattern a slightly relaxed, contemporary feel rather than a sharp geometric finish. The layout works perfectly in Scandi, modern, and minimalist interiors, adding subtle movement without overpowering the space.

The colours and shades present in this runner include:

• Soft Silver Grey – The dominant background tone, offering a cool, neutral base that complements a wide range of interiors.
• Ivory White – Used throughout the herringbone pattern, providing contrast and clearly defining the directional design.

The Maestro Herringbone Silver Runner blends Soft Silver Grey and Ivory White tones in a refined, structured pattern. Its neutral palette and directional design make it a versatile choice, perfect for brightening and softening modern living spaces while maintaining a clean, contemporary look.

Please note:
Maestro is a budget quality & price collection with a durable, low-profile short pile. Maestro is produced using heatset polypropylene, a low-cost printed polypropylene pile, where the pattern is printed rather than woven. It has a flat, fuzzy-feel surface; the fibres are short and slightly coarse. A lightweight, practical rug at a lower price point, it is designed for customers seeking an affordable, practical solution.