uvex ultrasonic goggles
| Article number: | 9302805 |
| Packaging unit: | ST: Pieces |
| EAN/UPC: | 4031101495057 |
uvex ultrasonic — the two-component glasses with maximum wearer comfort
The combination of hard and soft material components used in the uvex ultrasonic pairs high mechanical strength with optimum wearability. These wide-vision goggles can be worn for long periods without causing any pressure problems. The flexible soft component allows it to adapt to individual facial shapes for a snug fit, ensuring comprehensive side protection around the eye area, even when worn over prescription spectacles. The uvex ultrasonic offers outstanding ventilation, ensuring a pleasant interior environment that does not cause irritation. This outstanding pair of goggles also features a sporty design and a panoramic field of vision, and its lenses can be changed quickly and easily.
- Functional goggles with panoramic lens for a wide range of applications
- Robust polycarbonate lens with proven uvex supravision coating technology — permanently anti-fog and scratch-resistant
- Metal-free
- Soft, flexible face seal adapts to any facial shape
- Generous internal volume allows comfortable wear without creating pressure points, even for prescription spectacle wearers
- Indirect ventilation system for increased air circulation
- Length-adjustable fabric headband for a secure fit and individual adjustment
- Certified in accordance with EN 166 (personal eye protection) and EN 170 (UV filters)
- UV400 — 100% protection against harmful UV radiation up to 400 nm
- Increased mechanical strength
- Carbon footprint: 0.48 kg CO₂ eq
- Carbon footprint of production: 0.01 kg CO₂ eq
- Carbon footprint of material: 0.42 kg CO₂ eq
- Carbon footprint of transportation: 0.02 kg CO₂ eq
- Carbon footprint of packaging: 0.03 kg CO₂ eq
- Legal notice regarding carbon footprint: Calculation method: IPCC 2021 GWP 100a (based on ISO 14067) SimaPro 9.5.0.0 ecoinvent database 3.9 and EU27. Scope: cradle-to-customer. These CO₂ values are valid at the time of calculation and may be subject to change. For more information, visit uvex-safety.de/co2-fussabdruck
| Attribute | Value |
|---|---|
| Brand | uvex |
| Product category | Safety spectacles |
| Product type | Goggles |
| Product family | uvex ultrasonic |
| Colour | Grey, Orange |
| Gender | Unisex |
| Lens tint | Clear |
| Coating | uvex supravision extreme |
| Coating features | Extremely scratch-resistant on the outside, Anti-fog on the inside |
| UV protection | UV400 |
| Protective filter | UV protection |
| uvex technology | Multi-component technology, uvex supravision coating technology |
| Product line | - |
| Equipment | single-lens glasses, interchangeable lenses, adjustable headband |
| Lens tint features | Signal colour detection |
| Marking | W 166 34 B CE - 2C-1,2 W 1 B KN CE |
| Headband material | Synthetic |
| Frame material | Plastic |
| Lens material | Polycarbonate (PC) |
| Frame material | Kunststoff, Synthetik |
| Product name | uvex ultrasonic |
| Lens colour | Clear |
| Transmission | 91% |
| Standard | EN 166:2001/EN 170:2002 |
CE Declaration of Conformity
uvex ultrasonic — the two-component glasses with maximum wearer comfort
The combination of hard and soft material components used in the uvex ultrasonic pairs high mechanical strength with optimum wearability. These wide-vision goggles can be worn for long periods without causing any pressure problems. The flexible soft component allows it to adapt to individual facial shapes for a snug fit, ensuring comprehensive side protection around the eye area, even when worn over prescription spectacles. The uvex ultrasonic offers outstanding ventilation, ensuring a pleasant interior environment that does not cause irritation. This outstanding pair of goggles also features a sporty design and a panoramic field of vision, and its lenses can be changed quickly and easily.
- Functional goggles with panoramic lens for a wide range of applications
- Robust polycarbonate lens with proven uvex supravision coating technology — permanently anti-fog and scratch-resistant
- Metal-free
- Soft, flexible face seal adapts to any facial shape
- Generous internal volume allows comfortable wear without creating pressure points, even for prescription spectacle wearers
- Indirect ventilation system for increased air circulation
- Length-adjustable fabric headband for a secure fit and individual adjustment
- Certified in accordance with EN 166 (personal eye protection) and EN 170 (UV filters)
- UV400 — 100% protection against harmful UV radiation up to 400 nm
- Increased mechanical strength
- Carbon footprint: 0.48 kg CO₂ eq
- Carbon footprint of production: 0.01 kg CO₂ eq
- Carbon footprint of material: 0.42 kg CO₂ eq
- Carbon footprint of transportation: 0.02 kg CO₂ eq
- Carbon footprint of packaging: 0.03 kg CO₂ eq
- Legal notice regarding carbon footprint: Calculation method: IPCC 2021 GWP 100a (based on ISO 14067) SimaPro 9.5.0.0 ecoinvent database 3.9 and EU27. Scope: cradle-to-customer. These CO₂ values are valid at the time of calculation and may be subject to change. For more information, visit uvex-safety.de/co2-fussabdruck
| Attribute | Value |
|---|---|
| Brand | uvex |
| Product category | Safety spectacles |
| Product type | Goggles |
| Product family | uvex ultrasonic |
| Colour | Grey, Orange |
| Gender | Unisex |
| Lens tint | Clear |
| Coating | uvex supravision extreme |
| Coating features | Extremely scratch-resistant on the outside, Anti-fog on the inside |
| UV protection | UV400 |
| Protective filter | UV protection |
| uvex technology | Multi-component technology, uvex supravision coating technology |
| Product line | - |
| Equipment | single-lens glasses, interchangeable lenses, adjustable headband |
| Lens tint features | Signal colour detection |
| Marking | W 166 34 B CE - 2C-1,2 W 1 B KN CE |
| Headband material | Synthetic |
| Frame material | Plastic |
| Lens material | Polycarbonate (PC) |
| Frame material | Kunststoff, Synthetik |
| Product name | uvex ultrasonic |
| Lens colour | Clear |
| Transmission | 91% |
| Standard | EN 166:2001/EN 170:2002 |