Why Broadway for your entrance matting?

The Broadway high performance barrier carpeting is a beautiful way to lend distinction to your prestigious and functional entrance with the ability to add interest in larger entrances. The inspired and unique design colours blend well with almost any other flooring surface creating endless design opportunities.

The Broadway range effectively removes dirt and moisture from heavy pedestrian traffic concealing and locking the dirt particles until the mat receives its regular cleaning cycle. If you are looking for a hard working, durable entrance matting with an eye-catching appearance that is cost effective and easy to install, Broadway provides the perfect solution.

Performance

Broadway offers high performance and versatility.

Typical applications

An entrance matting system suitable for private commercial premises with heavy volumes of pedestrian traffic.

Ideal as a secondary or primary mat in combination with external and internal primary entrance barrier systems.

Perfect for use in transit areas such as factory to office, vending machine areas, corridors and circulation areas.

Suitable for use with Metro 9, Metro 17 and Matlock™ .

Size and Installation

Total thickness of 8.4 mm for black and 9 mm for colours.

Available as a 2 metre broadloom or standard size throw down.

Materials

Broadway is manufactured using specially formulated high density scraping yarns together with fine polyamide 6.6 yarns enabling superior moisture retention.

Benefits

Available in standard or custom sizes and six colours

Broadway is highly versatile, it can be used as an insert in the Metro 9, Metro 17 and Matlock™  entrance matting systems to provide a primary mat with the Broadway broadloom being used as a secondary mat in the rest of the entrance.

Logos can be inlaid in the Broadway to provide maximum impact for your company branding

Quick and easy installation

Next day delivery for standard colours

Product fully compatible with the DDA (Disability Discrimination Act) regulations.