Product Description
Rhino 90958 Safety Glasses UV Protection
Safety Glasses
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Lens Width: 88mm
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Lens Height: 44mm
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Bridge Width: 14mm
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Frame Width: 140mm
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Adjustable Temple Length: 88mm - 100mm
- Impact-Protected Construction: Engineered with impact-protected polycarbonate, Rhino ANSI Z87+S Safety Glasses ensure durability and lightness. Featuring non-slip rubber nose pads for comfort and stability, ideal for various activities. Perfect for professionals and hobbyists, these glasses provide reliable eye safety in any environment. Their robust construction offers unparalleled protection, making them indispensable for those looking for dependable eye safety.
- Comprehensive UV Protection: Offering 100% UV protection, Rhino safety glasses shield eyes from UVA/UVB rays, perfect for outdoor work or bright settings. Providing vision safety for sunlight exposure, they provide peace of mind in sunny environments. Essential for outdoor safety, these glasses are great for effective eye protection.
- Adjustable Fit for All-Day Comfort: With adjustable temple arms (135-150mm), Rhino ANSI Z87+S Safety Glasses offer a customizable fit for any user. This feature secures the glasses in place, providing comfort and stability for prolonged use. Ideal for both professional and personal use, their design enhances comfort and reliability, making them perfect for extended wear.
- Enhanced Visibility with Wrap-Around Design: Rhino safety glasses feature yellow-tinted, wrap-around lenses that help to enhance visibility in low-light and minimize glare in bright environments. Ideal for diverse settings, they ensure an unobstructed field of view and protection against debris, enhancing visual clarity and comprehensive eye protection for various situations.
- Precise Dimensions for a Perfect Fit: Lens Width: 88mm (3.46in), Lens Height: 44mm (1.73in), Bridge Width: 14mm (0.55in), Frame Width: 140mm (5.51in), Adjustable Temple Length: 88-100mm (3.46-3.94in). These measurements ensure a comfortable, secure fit for diverse face sizes, enhancing wearability and user experience, making them great for optimal comfort and protection.
