Safety glasses are a necessary part of the workplace in many industries, from manufacturing to construction. If you work in any of these fields, you’ll want to know more about safety glasses and how they can help protect your vision from debris or other hazards. In this article, we’ll explore what safety glasses are, why they’re necessary, and how they work. We’ll also look at some additional features that make quality safety glasses even better.
What are safety glasses?
Safety glasses are a type of eyewear that protects the eyes from injury. They can be made of plastic, metal or polycarbonate and provide protection from particles and other objects that could injure the eye. Safety glasses are available in prescription Safety glasses as well as non-prescription versions.
Why are safety glasses necessary?
Safety glasses are necessary to protect the eyes from flying debris, UV rays, chemicals, impact and heat. Safety glasses are required by law in many industries because they can reduce eye injuries by up to 70%.
Safety glasses also protect your eyes from cold temperatures. For example, if you’re working outside during winter months or on a frozen lake with ice in your area of operation (AO), then wearing safety glasses will help keep snowflakes out of your eyes so that you can see clearly while performing tasks outdoors.
What do safety glasses offer?
Safety glasses are a must-have if you work in an environment that’s prone to dust and debris. They offer protection from airborne particles, which can cause irritation or damage your eyesight over time.
They also protect against UV rays, which can cause long-term damage if they get into your eyes. And since most workplaces have chemicals that are harmful if inhaled or ingested, it’s important to keep them away from your face as well as other parts of the body.
How do the different classes of safety glasses work?
Safety glasses are divided into three classes:
- Class A safety glasses are designed for use in environments where there is little dust or debris, such as in an office or lab environment. They’re not intended for use in high-impact situations like construction work or around heavy machinery.
- Class B safety glasses are suited for general work environments where there is more potential for damage caused by flying particles than Class A lenses can handle, but they’re still not meant to protect against impact from blunt force trauma (like dropping something on your head).
- Class C safety glasses provide the highest level of protection against impact and penetration as well as other hazards like acid splashes, caustic fumes and UV rays–making them ideal for any job that requires you to be exposed to these dangers regularly enough that it would be impractical (or impossible) just buy another pair every time something broke yours!
Additional features to look for in quality safety glasses.
If you’re looking for a pair of safety glasses, there are a few additional features that can make a big difference in how well they protect your eyes.
- Side shields: A side shield provides extra protection from debris and other particles that might get kicked up by machinery or flying debris. It’s designed to cover the sides of your eyes, so that even if something hits them at an angle (like when you’re working on something like an air compressor), it’ll be blocked by this shield instead of hitting directly on top of an unprotected lens surface. Side shields are generally made out of plastic or polycarbonate and come in different shades depending on whether they’re clear (like glass) or tinted (like sunglasses). If possible, look for one with anti-fog coating since this will help keep things clearer while working outdoors in hot weather conditions where steam could otherwise build up inside the goggles’ lenses due to sweat dripping down onto them while wearing heavy gloves on hot days–this will make it harder to see what needs fixing because everything looks foggy around edges where sweat has collected!
Conclusion
When you’re looking for safety glasses, there are a few things to keep in mind. First and foremost, make sure they meet ANSI standards. This will ensure that they provide adequate protection from impact and other hazards. Next, consider the lenses themselves–what kind of material do they use (polycarbonate or glass), how thick are they (1mm or 2mm), and how many different colors do they come in? Finally, look at whether or not these glasses have any additional features like UV protection or anti-fog coating on the inside surface of each lens so that you know what type of functionality each pair offers before making your purchase decision!
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