SF SONFAN Silicone Adhesive Eyeglass Nose Pads - 20 Pairs Nose Pads for Eyeglasses
Product Description
SF SONFAN Silicone Adhesive Eyeglass Nose Pads - 20 Pairs Nose Pads for Eyeglasses
- Eyeglasses Comfort Pad: These silicone nose pads are designed exclusively for eyeglass frames to improve wearing comfort and reduce pressure on the nose bridge during daily use.
- [Easy to Apply] Just peel and stick these self-adhesive nose pads on your eyeglasses, and you'll no longer be irritated with glasses slipping down your nose. [NOTE] For best adhesion, please kindly clean the pad application area with rubbing alcohol and letting them dry thoroughly before applying the pad.
- [Wide Application]Suitable for many glasses: the adhesive glasses pads can match well with various kinds of eyeglasses, sunglasses, spectacles, etc., suitable for all kinds of plate optical frames, board sunglasses plates, plastic frames, and so on.
- [Good Adhesion] Using 3M industry glue on the backing of nose pads are specially designed to prevent glasses from easily slipping while you are working or doing exercises.
- [Satisfaction Promise]: For any quality issue, We guarantee 90 days money back and lifetime technique support. Warm tips: In order to ensure customers purchase quality products and not cheated by fakes, we only offer refunds & exchanges for orders placed through our shop.
Please Note:
These eyeglass nose pads have strong adhesion, comfortable, transparent and non-slip property, can save your time and effectively reduce the burden of your nose bridge. Recommend changing nose pads periodically, because the nose pads' viscosity is affected by water, oil, dust, and high temperature.
Specifications:
Size: 1.9 x 0.8 cm
Thickness: 1 mm or 1.5mm
Material: silicone
Quantity: 20 pairs
Package includes:
20 Pairs of clear nose pads
Warm notice:
Stay away from water, oil, dust, and fire.
Keep small parts away from kids under 3 years old.
Please make sure the glasses clean and dry before stick the nose pads.
Don't repeat paste, twice adhesive will affect the nose pads' viscosity.





