SER MAX
SER MAX
SER MAX
SER MAX
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Size Details:
51mm lens width
19mm bridge width
140mm temple length
400 UV Protection
POLARIZED LENSES for category 2 and 3 sunglasses
Based on the facial shape guideline, we suggest Ser Max to:
• Square Face – the softened, rounded pantos shape balances sharp jawlines and straight features.
• Heart Face – the smooth curves help reduce the width of the forehead and harmonize with a narrow chin.
• Triangle Face – the lightweight titanium and rounded edges soften the stronger lower part of the face.
• Diamond Face – the oval contour fills the area below the cheekbones, making the face appear more balanced.
Less suitable for:
• Oval Face – versatile, can wear Ser Max, but the frame is not the most distinctive choice.
• Round Face – not ideal, as the curved lenses repeat the roundness instead of creating contrast.
We also suggest a color that complements your skin, eyes, and hair tone. Much depends on whether your hues are warm or cool.
• Warm tones: Bronze, Matt Gold – bronze enhances golden and olive complexions, while matt gold adds a softer glow that works well with honey blondes and red hair.
• Cool tones: Black, Shiny Silver – black creates contrast on fair or rosy skin, while shiny silver brightens cool undertones and pairs well with ash blondes or jet-black hair.
To clean the lenses, use only a soft and clean microfiber cloth or any material suitable for glasses. Apply a gentle pressure on the stain and proceed with a rotating movement, keeping the sunglasses with one hand.
Please use a non-alcohol-based lens cleaning spray and a microfiber cleaning cloth for a daily cleaning routine.
If you notice dust, grains, or anything else on the lens's surface that could affect its coat or color, please wash them carefully with demineralized water.
Any soap or water rich in minerals may cause the frame's oxidation.
When not in use, sunglasses must be stored in the provided case and kept away from any heat source. Heat sources may irreparably damage metal, acetate, and titanium frames and cause them to decay.