Respira Compact
* Easy and intuitive filter replacements, which work without the need to remove mask from face.
* Solution does not use an exhalation valve.
* An effective mechanical capture of particles.
* Flexibility of final application of the applied nanotextile filter element.
* Functionality comparable to existing structural solutions.
* The nanotextile filter element meets the requirements for this type of filter while offering as smaller working area comparison to existing solutions.
White variant:
The following basic requirements were taken into account within the RESPIRA design proposal:
* Tightness at the borderline of the flexible part of the mask and face.
* Cohesiveness and tightness at the borderline of the flexible (facial) and the solid part of the mask.
* Tightness at the borderline of the solid part of the mask and the filter.
* Easy and intuitive filter replacement without the need to remove the mask from face.
* Acceptable difficulty of production of the flexible (facial) and the fixed (periphery-margin) part of the mask.
* Acceptable difficulty of filter production.
* The minimum normatively determined filter area in terms of breathability 150cm2.
* Solution not using an exhalation valve.
RESPIRA is composed of a flexible and a solid part. The nanotextile filter element is attached to the solid part of the mask.
Products catalog
|
Products catalog 2020 |
23.9.2020 PDF Download 3.5MB |
Certificates
|
|
Production of protective masks and filter ISO 9001:2015 |
1.9.2020 PDF download 272kB |
|
|
Production of protective masks and filter ISO 14001:2015 |
1.9.2020 PDF download 277kB |
|
|
EU DECLARATION OF CONFORMITY |
1.9.2020 PDF Download 781kB |
|
|
Half mask RESPIRA, filter RESPIRA nano-perfection |
1.9.2020 PDF Download 553kB |
|
|
Half mask RESPIRA, filter RESPIRA perfection |
1.9.2020 PDF Download 550kB |
|
|
Viral Filtration Efficiency (VFE) Final Report |
1.9.2020 PDF Download 590kB |
|
|
Bacterial Filtration Efficiency (BFE) AND Differential Pressure (Delta P) Final Report |
1.9.2020 PDF Download 839kB |
|
|
Latex Particle Challenge Final Report |
1.9.2020 PDF Download 600kB |