QUATTRO Flexible Modular Entrance Matting System

Designed to perform in the most demanding of commercial entranceway environments, QUATTRO is also ideal for use in institutional facilities.  The 50cm square modules are sound absorbing, non-reflective and reassuringly secure underfoot providing unparalleled grip even in wet conditions and achieving impressive Satra** safety rating.

With its moulded natural rubber base, QUATTRO forms a safe, effective and substantial entranceway wherever it is installed.  

Each square metre of QUATTRO entrance matting features forty interactive wiper treads combining absorbent fibre pads with twin rubber squeegee ribs for extra grip and maximum grit and water removal in a unique *responsive cleaning action.

Installation

The practical design is ideal for recessed matwell or surface level applications.  Entirely non-metallic, the system is also suitable for placement around security tagging equipment.  The smooth flexible underside ensures flat-to-floor fitting and a trip-free surface.

With no clips or fixings required, the modules can be simply trimmed to suit any shape and either loose laid or fully bonded as required.

Maintenance

Captured grit and moisture is channelled away from the contact surface into the grid surround from where it is simply removed by vacuum cleaning to maintain its effectiveness and attractive appearance.  The flexible modules are interchangeable for maximum durability and may be individually replace to economically extend the life span of the whole installation.

* Responsive , interactive tread explained

The moulded solid rubber base features a matrix of channels and raised treads comprising individual fibre pads, each enclosed in flexible twin squeegee walls.

The squeegees remove moisture and grit and protect the textile fibre against pile flattening keeping it ‘live’ to promote quicker drying and easier cleaning.

Walkover action flexes the squeegees and millions of fibre tips in a responsive, interactive movement that directs moisture and grit away from the contact surface and into the collection channel preventing ongoing transfer into the building.

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