Strado anti-slip doormat - durability, style and effective floor protection

A modern entrance mat that stops dirt and moisture before they can get in. Perfect for home, office and commercial premises.

Key product features

• High efficiency in retaining dirt and moisture - Ideal protection against dirt in interiors.
• Anti-slip PVC rubber bottom - guarantees safety and stability.
• Rugged construction - Abrasion resistant, ideal for high traffic areas.
• Easy cleaning - Simply vacuum or rinse with water.
• Universal dimensions 60x90 cm - Fits under most doors.
• Modern design - gray color and geometric pattern blend with different interior styles.
• Safe for use on underfloor heating - does not deform, does not interfere with the operation of the heating system.
• Thickness 7 mm - Thin enough not to block the door, but thick enough to effectively collect dirt.

Technical parameters

• Material: polyester on a rubber base (PVC)
• Dimensions: 60 x 90 cm
• Thickness: 7 mm
• Color: Black
• Weight: 2.7 kg/m²
• Packaging method: roll
• Purpose: internal - for apartments, offices and commercial premises

Why choose Strado?

• Protects the interior from dirt - Mud, sand, water stay on the doormat.
• Safe and stable - Non-slip underside does not allow the mat to slide.
• Easy to clean - Simply vacuum or rinse with water.
• Universal design - subdued color and geometric pattern match any interior.

Where the Strado mat will work best?

• As front door mat - effective barrier to dirt.
• W office and commercial facilities - resistant to abrasion and intensive use.
• For winter and summer season - stops mud, salt, dust and dirt.

FAQ - Frequently Asked Questions

1. How to clean a windshield wiper? It can be vacuumed, rinsed with water or wiped with a damp cloth. Machine washing is not recommended.
2. Are the colors durable? Yes - dyeing in the mass provides resistance to fading and sun exposure.
3. Is it suitable for underfloor heating? Yes, it is safe for underfloor heating.
4. Does the mat move? No - non-slip underside provides stability on smooth surfaces.