uvex pronamic mesh visor
uvex pronamic – the first sustainable visor system
With its sustainable pronamic visor system, uvex has developed an advanced solution that provides the best option for our new helmet range in terms of face protection. 100% protection but 50% fewer CO2 emissions live up to our ‘protecting planet’ motto. The click & pull system makes attaching the visor even easier. The ergonomic joint system ensures maximum wearer comfort even when the visor is worn for longer periods.
- Stainless steel mesh visor
- The click & pull system allows the visor to be detached from the carrier system with a pulling movement
- Complies with the EN 1731 standard
- High level of light transmission (60%)
- Visor has variable locking positions
- Central resting position above the head to avoid strain on the neck
- Certified to EN 1731:2006
- Mechanical strength level F (45 m/s)
- Marking: W EN 1731:2006 F CE (mesh)
Sustainability
- Carbon footprint: 1.49 kg CO₂ eq
- Carbon footprint of production: 0.19 kg CO₂ eq
- Carbon footprint of materials: 1.01 kg CO₂ eq
- Carbon footprint of transportation: 0.07 kg CO₂ eq
- Carbon footprint of packaging: 0.22 kg CO₂ eq
- CO₂ - time of calculation: 06/2024
- Legal notice regarding carbon footprint: Calculation method: IPCC 2021 GWP 100a (based on ISO 14067) SimaPro 9.5.0.0 ecoinvent database 3.9. Scope: cradle-to-customer. These CO₂ values are valid at the time of calculation and may be subject to change. More information can be found at uvex-safety.com/carbon-footprint
Attribute | Value |
---|---|
Product name | uvex pronamic |
Brand | uvex |
Product category | Visor |
Product type | Visor adapter |
Product family designation | uvex pronamic visor |
Search colour (filter) | Black |
Visor marking | W EN 1731:2006 F - - W EN 1731:2006 F |
UV protection | - |
Lens tint | Clear |
Transmission | 60% |
Coating | Uncoated |
Frame material | Plastic |
Lens material | Stainless steel mesh |
Features: accessories | Material: mesh, Material: metal, Mesh, Robust |
product series | - |
Gender | Unisex |
uvex pronamic – the first sustainable visor system
With its sustainable pronamic visor system, uvex has developed an advanced solution that provides the best option for our new helmet range in terms of face protection. 100% protection but 50% fewer CO2 emissions live up to our ‘protecting planet’ motto. The click & pull system makes attaching the visor even easier. The ergonomic joint system ensures maximum wearer comfort even when the visor is worn for longer periods.
- Stainless steel mesh visor
- The click & pull system allows the visor to be detached from the carrier system with a pulling movement
- Complies with the EN 1731 standard
- High level of light transmission (60%)
- Visor has variable locking positions
- Central resting position above the head to avoid strain on the neck
- Certified to EN 1731:2006
- Mechanical strength level F (45 m/s)
- Marking: W EN 1731:2006 F CE (mesh)
Sustainability
- Carbon footprint: 1.49 kg CO₂ eq
- Carbon footprint of production: 0.19 kg CO₂ eq
- Carbon footprint of materials: 1.01 kg CO₂ eq
- Carbon footprint of transportation: 0.07 kg CO₂ eq
- Carbon footprint of packaging: 0.22 kg CO₂ eq
- CO₂ - time of calculation: 06/2024
- Legal notice regarding carbon footprint: Calculation method: IPCC 2021 GWP 100a (based on ISO 14067) SimaPro 9.5.0.0 ecoinvent database 3.9. Scope: cradle-to-customer. These CO₂ values are valid at the time of calculation and may be subject to change. More information can be found at uvex-safety.com/carbon-footprint
Attribute | Value |
---|---|
Product name | uvex pronamic |
Brand | uvex |
Product category | Visor |
Product type | Visor adapter |
Product family designation | uvex pronamic visor |
Search colour (filter) | Black |
Visor marking | W EN 1731:2006 F - - W EN 1731:2006 F |
UV protection | - |
Lens tint | Clear |
Transmission | 60% |
Coating | Uncoated |
Frame material | Plastic |
Lens material | Stainless steel mesh |
Features: accessories | Material: mesh, Material: metal, Mesh, Robust |
product series | - |
Gender | Unisex |