Compatible with: Oakley HSTN OO9242, HSTN Asian Fit OO9242A, HSTN Metal OO9279, Frogskins Range OO9284, Frogskins Range AF OO9284A, Side Swept OO9445, Side Swept RX OX8160, Spindrift OO9474, Spindrift RX OX8176, Top Knot OO9434, Top Knot RX OX3238, Wildrye OO9230, Sielo OO9288, Sielo SQ OO9480-57mm
Universal Compatibility: Engineered to accommodate common bridge widths between 5-12mm, this sweat-resistant nose pad securely attaches to most metal and plastic frames
Hypoallergenic Comfort: Skin-safe silicone material adapts to various nose shapes for personalized comfort, designed to reduce slippage during workouts or outdoor activities
Tool-Free Installation: Securely attaches to most frames via snap-on mechanism, requiring no additional tools or adhesives. Replaceable pads ensure sustained stability across varied nose shapes and activity levels
Travel-Friendly Design: Lightweight and compact silicone accessories easily fit into gym bags, travel cases, or pockets. The streamlined design ensures hassle-free storage for on-the-go repairs or replacements
Description
Handwith: Precision-Crafted Eyewear Accessories & Repair Solutions
Engineered for Comfort, Durability, and Seamless Functionality
Hypoallergenic Silicone Comfort
Skin-safe silicone nose pads and ear socks adapt to diverse nose and ear shapes, reducing pressure points during extended wear. Flexible material resists sweat absorption for enhanced grip during workouts or outdoor activities.
Universal Compatibility
Designed for most metal and plastic frames, with adjustable fit for bridge widths ranging 5-12mm. Non-porous surfaces resist bacterial buildup, minimizing skin irritation.
Durable Repair Solutions
Precision-engineered screws and ergonomic screwdrivers ensure secure adjustments for loose hinges or damaged components. Corrosion-resistant materials maintain structural integrity over repeated use.
Tool-Free Installation
Snap-on silicone accessories attach securely within seconds, requiring no adhesives or specialized tools.
Tested Reliability
Materials undergo rigorous stress-cycle testing for flexibility and shape retention across temperature variations (-20°C to 60°C), ensuring long-term performance without compromising safety.