e-breathe ecoPAD P3 R/PSL (PU 4/45)

Under the motto "simple, solid & safe", e-breathe designs and develops the next generation of respiratory protection devices and systems. With resources becoming increasingly scarce, the sustainability of products is becoming more and more important. With the ecoPAD filter system, e-breathe is taking this environmentally friendly approach and going one step further:

sustainable & efficient: The new ecoPAD system.

​The ecoPAD filter is a reusable filter designed with a screw-on filter housing. This means that the housing can be reused and the filter fleece can be replaced quickly and easily. The fleece used in the ecoPAD is exactly the same as the fleece used in encapsulated standard filters. The fleece is sealed in place by a special rubber coating developed specifically for the ecoPAD. The lower and upper parts of the filter housing can be connected in no time at all, securely enclosing the particle fleece. For the user, this means maximum protection with minimal breathing resistance.

flat & lightweight 

When developing the ecoPAD, they were explicitly designed to be particularly flat and lightweight. This means that only about a third of the space required for storing conventional filters is needed for storage.

Environmentally friendly & budget-friendly 

However, ecoPAD respiratory filters not only score points for saving space and costs in logistics and storage, but also protect the environment and material budget thanks to their reusable filter housing and modular design.

Robust and comfortable 

The filter housing impresses with its robust construction and therefore has a long service life. In terms of comfort, the filter scores points with its low breathing resistance and maximum protection in accordance with EN 143 and EN 12941/12942 as a particle filter in filter class P3 PSL R.

Scope of delivery: 

Replacement filter media for the reusable e-breathe P3 R SL particle filter housing.

Packaging unit: 4 pieces

Protection against solid and liquid particles, radioactive and highly toxic particles, microorganisms such as bacteria and viruses.