Macaron-Style Mobile Phone Screen Cleaning Wipes: Mild, Efficient, and Easy to Use, Made of PP + Silicone

Product name: Macaron mobile phone screen wipe cleaning wipe
Product package size: 3.5*1.6CM/1.38*0.63in
Gross weight: 12g
Material: PP+ silicone
Product color: Pink, blue, green, Khaki

Description:
1. Mild and harmless - Macaron-style cleaning products should use mild and harmless ingredients that will not cause any damage to the phone screen. This cleaner should be designed for electronic devices and can safely remove stains without leaving scratches or residue.
2. Efficient decontamination - Cleaning and wiping supplies need to have efficient decontamination ability, which can easily remove fingerprints, grease and other stains, so that the phone screen can return to a clear and bright state. At the same time, a good cleaner can also prevent the accumulation of static electricity and reduce the attachment of subsequent stains.
3. Easy to use - Cleaning supplies should be designed to be easy to use, such as pre-soaked wipes or spray bottles. Pre-soaked wipes are easy to carry around and quickly wipe the screen when needed; Spray bottles allow for finer control of the amount of detergent to avoid excessive use of liquid into the cracks of the equipment.
4. Beautiful packaging - Macaron-style cleaning supplies often have cute packaging designs that use bright colors and attractive patterns, making them more than just a utility, but also a visual . Such a design might appeal to users who care about quality of life.
5. Environmental awareness - Cleaning and wiping supplies should consider environmental factors and use degradable materials or reusable packaging. For wipes, minimize the amount of garbage generated by a single use; For spray products, you can consider providing refillable packaging to reduce plastic waste.

Attention:
1. Due to different display and effects, the actual color of the item may be slightly different from the color shown on the picture. Thank you very much!
2. Please allow measurement deviation due to manual measurement.