Premium Aluminium Doormat "Double Mat"

The aluminium doormat "Double Mat" - double material mix against dirt, for optimal cleanliness and slip resistance.

The material mix of black rubber and aluminium slats ensures a double effect. The aluminium mat is exceptionally durable and resistant to dirt and moisture. Both are wiped off by the movement of the soles on the door mat. Wetness is collected in the gaps and drained away over the edges of the doormat. Moisture does not collect under the entrance mat, as it can run off unhindered.

Elegant and minimalist in design, the mat made of aluminium and black rubber slats fits perfectly into any entrance area. Thanks to the low height of only 12 mm, doors can be opened easily without getting stuck. With a bevelled leading edge, the robust doormat prevents any tripping hazard.

The evenly spaced rubber slats are extremely robust and effective. Even coarse dirt is wiped off effortlessly. The metal doormat remains permanently beautiful even under heavy loads and weather conditions and is thus a purchase for years.

Stability and simultaneous flexibility are ensured by the hollow chamber construction of the rubber slats and the aluminium connectors in between. This means that the doormat can easily adapt to uneven floors.

To clean the aluminium floor mat, simply vacuum, brush or spray it with a water hose. The aluminium elements are, of course, rust-proof.

Whether at home or in the office, on the terrace or in front of the workshop - the "Double Mat" leaves dirt and moisture in front of the door, inside and out, and is clean again in no time.

Foot mat aluminium - Product features:

• Material: aluminium, PVC
• Surface structure: grooves
• Bottom: slip- and sound-resistant PE foam
• Height: approx. 10 mm
• Weight: approx. 10.7 kg/m²
• Touch edge: front
• Colour: black
• Sizes (cm): 42x60, 50x80, 60x90
• Properties: rustproof, weather and UV resistant
• Application area: indoor as well as outdoor
• Floor heating: suitable
• Elegant, functional design
• Locking system: mats are expandable