Safety glasses
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OSH safety glasses – professional eye protection and reliable visibility
Looking for an effective way to protect your eyesight from solid splinters, liquid splashes, or dust? Professional OSH safety glasses are a fundamental element of personal protective equipment in heavy industry, construction, workshops, and during the processing of power hydraulics hoses. Made of high-quality polycarbonate with increased mechanical resistance, our glasses guarantee an effective protective barrier while maintaining an excellent optical class that prevents image distortion. Choose certified products compliant with the rigorous EN 166 standard, which combine ergonomic design with maximum work safety.
Why use OSH safety glasses? Discover the key facts
Eye injuries are among the most common and dangerous accidents in industrial and workshop environments. The use of specialized protective lenses allows for the complete elimination of the risk of mechanical or chemical damage to the eye:
- Premium class mechanical resistance: Polycarbonate lenses are resistant to the impact of solid splinters (including metal and rubber), making them indispensable as professional safety glasses for grinding.
- Design with side and brow shields: Specially contoured edges prevent the entry of dangerous particles, dust, and liquid splashes from the forehead or side profile of the worker's hand.
- Comfort and ergonomics (Anti-Fatigue): Lightweight frame construction, adjustable temples, and soft nose pads allow for hours of use without feeling pressure, discomfort, or lens fogging.
- Workstation versatility: They are perfect for precise carpentry, metalwork, machine disassembly processes, as well as when cutting reinforced hydraulic hoses.
- Certified normative protection: The products offered meet the EN 166 standard (personal eye protection), guaranteeing stable technical parameters in difficult environmental conditions.
Technical characteristics and selection of eye protection
The table below presents the key technical parameters and recommended use of safety glasses depending on the specificity of the workstation and the type of hazards present:
| Hazard type | Required specification | Lens material | Recommended use |
|---|---|---|---|
| Mechanical splinters (grinding, cutting) | Increased impact resistance, side shields | Hard-coated polycarbonate (PC) | Machining, metal grinding, construction work |
| Cutting hydraulic hoses | Protection against dynamic wire and rubber splinters | Reinforced polycarbonate with high optical class | Power hydraulics services, mechanical workshops |
| Dust and garden/warehouse work | Anti-surge design, Anti-Fog coating | Lightweight polycarbonate with a panoramic profile | Carpentry, lawn mowing, packaging |
Frequently Asked Questions (FAQ) – Work safety glasses
1. Which standards must professional OSH safety glasses meet?
The primary standard defining requirements for eye protection is EN 166. It classifies glasses in terms of mechanical resistance (e.g., low, medium, or high energy impact), optical class (class 1 means the highest quality, intended for continuous work), and resistance to additional factors such as UV radiation or fogging.
2. Why is polycarbonate the best material for grinding safety glasses?
Polycarbonate is a plastic material characterized by extremely high resistance to cracking and impact. Unlike standard glass or other polymers, when hit by a metal filing or a grinding disc splinter, polycarbonate does not splinter or crumble into small pieces, which directly protects the eyeball from the penetration of foreign bodies.
3. Are safety glasses suitable for cutting hydraulic hoses?
Yes, using eye protection when cutting reinforced hydraulic hoses is an absolute priority. During the cutting of the steel hose braid, small, sharp metal needles and hardened rubber splinters are produced, which travel at high speed. Glasses with side shields effectively stop these particles from getting under the lens.
4. What is the difference between safety glasses with an Anti-Fog coating and standard models?
The Anti-Fog coating prevents condensation of water vapor on the lens surface. This is crucial when working in variable temperatures (e.g., moving from production halls to the outside), during heavy physical exertion, or while simultaneously using filtering half-masks. This prevents the need for constant removal of glasses to wipe them, which significantly increases the level of continuous safety at the workstation.