An outdoor dirt trap mat is the first place to remove dirt and moisture from footwear and keep the building clean.

However, not every doormat is suitable for outdoor use. Many normal mats would probably not survive the tough demands placed on a dirt trap mat for outdoor use.

What properties should an outdoor dirt trap mat have?

  • Long-lived
  • Weatherproof
  • Robust
  • UV-resistant
  • Good moisture absorption / drainage
  • Suitable for hot summers and cold winter temperatures
  • Non-slip
  • Easy to clean
  • Easy to install

What material should dirt trap mats be made of for outdoor use?

An effective dirt trap mat for outdoor use must withstand wind and weather all year round to protect the entrance of a building from dirt. Therefore, the material from which the dirt trap mats are made must be able to be exposed to a wide temperature range and be UV resistant. Dirt trap mats made of rubber or PVC are suitable to meet these requirements.

You can learn more about entrance mats in our F&Q section: What types of entrance matting are available?

What are the best dirt trap mats for outdoor use?

There is probably no question that a dirt trap mat that is exposed to the elements in different seasons should be robust and durable. Ring rubber mats are the classic solution. This is because these offer good drainage, have a high weather and temperature resistance, and are very easy to handle when it comes to cleaning and maintenance.

In addition to this product, there are also other rubber mats that prove to be just as good for outdoor use.

Further dirt trap mats with conditional suitability for outdoor use.

Rubber mats are not for everyone in terms of appearance. There are also dirt trap mats that are suitable for outdoor use.

A classic example is the coconut fiber mat. This is a natural doormat that is made from coconut husk fibers and is hardwearing and absorbent.

However, it should be noted that these are more suitable for use in covered entrances. The direct influence of rain and snow can easily damage the properties of these mats.