SteelyBlues®
Product Tour Request a SampleThe new steel standard in metal detectable safety eyewear, ideal for the food processing industry!
- Patent-pending, end-to-end, component-level metal detectability.
- Blue steel and translucent blue temples for enhanced identification and sleek styling.
- fX3™ Premium Anti-Fog lens provides superior fog resistance.
Product tour
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SteelyBlues®
The new steel standard in metal detectable safety eyewear, ideal for the food processing industry!
- Patent-pending, end-to-end, component-level metal detectability.
- Blue steel and translucent blue temples for enhanced identification and sleek styling.
- fX3™ Premium Anti-Fog lens provides superior fog resistance.
Frequently Asked Questions
Everything you need to know about fit, performance, and compliance for the SteelyBlues®.
SteelyBlues® features patent-pending, end-to-end, component-level metal detectability — meaning every component of the eyewear, including the temples, contains detectable material. This allows metal detection systems to identify any fragment if the eyewear breaks, making it ideal for food processing environments where contamination control is critical.
Yes, SteelyBlues® meets ANSI Z87.1+, CSA Z94.3, and also meets MIL-PRF 32432 (GL), the ballistic impact resistance requirement in the U.S. Military Performance Spec.
SteelyBlues® uses the fX3™ Premium Anti-Fog lens coating, which provides superior and long-lasting fog resistance. The fX3 coating is engineered for durability, making it well-suited for environments with temperature fluctuations, humidity, or steam — common conditions in food and beverage processing.
The blue steel frames and translucent blue temples serve two purposes: they provide a visually distinctive, sleek appearance for worker preference, and they make the eyewear easier to visually identify during safety audits or to verify that workers are wearing compliant metal-detectable PPE on the production floor.
Yes. SteelyBlues® is specifically designed for food processing environments where HACCP programs require metal-detectable PPE. Its patent-pending component-level detectability ensures that even small fragments can be identified by in-line metal detection systems, supporting contamination control requirements.