Thin Door Mats
A collection page of First Mats Ltd
About
For entrances with very little gap between the door and the floor, finding durable doormats in attractive designs that still remove moisture from shoes can be a challenge. Fortunately, at First Mats, we offer a range of thin doormats in a variety of sizes starting at just 6mm thick. Their sleek design makes them an excellent choice for entrances with narrow door gaps, while features like machine washable fibres make them easy to clean too. The Benefits of Using Thin Door Mats Thin door mats provide many advantages for homes and businesses alike. Their space-saving design ensures they don't occupy excessive floor area, making them an ideal choice for areas with limited space. Despite their sleek profile, the thin indoor doormats are adept at trapping dirt , dust, and moisture, acting as the first line of defence to keep interiors spotless. Their minimalist design seamlessly complements modern decor, adding a hint of elegance to entrances. Moreover, crafted with high-quality materials, these mats promise durability, guaranteeing homeowners and business owners a quality mat they can rely on. How Thin Are Our Door Mats? Most standard Entrance Mats are around 9mm in thickness. However, for many people, this is thicker than the gap between the door and the floor, so a thinner alternative is required. At First Mats, we understand that everyone's needs are unique. That's why we offer a range of thicknesses tailored to your requirements. Our collection includes: 6mm: Our most thin door option, the CottonAbsorb is also a hardwearing doormat. 7mm: For those who prefer a bit more cushioning while maintaining a sleek design. Our thinnest mat, the CottonAbsorb, is just 6mm thick, making it one of the thinnest doormats around. We believe that this is the smallest size a mat should be before significantly reducing the performance and strength of the mat. Coir Matting in a Mat-Well Coir is traditionally a thick matting material, so it isn't the best choice for a thin doormat. Howeve