Small nano-glue can be blown for fun. First, cut a section of nano-tape with scissors. Put the sticky side up and stick the straw tightly; Glue the bottom and sides again, paying attention to sticking tightly, and then don't stick the middle part. After gluing, you can tear the film and glue it again to avoid hollowing out. Bake the nano glue with a hair dryer and a lighter for a few minutes until the glue is soft. You can blow now. When blowing, be sure to pinch the straw tightly and stick it firmly. Otherwise, it will not form and will lead to failure.

Nano adhesive tape is a kind of transparent nano double-sided adhesive tape with high molecular weight, which is seamless, washable, movable, high temperature resistant and reusable. Each bonding surface will come into contact with dust, debris, sweat, metal powder, etc. During use, it can be cleaned with clear water, dried or dried, and can be used again immediately.

Nano-tape, also known as nano-tape, is produced with imported materials and advanced technology, with excellent quality and complete specifications. Nano-tape has many excellent properties: excellent insulation, strong chemical stability and so on. Mainly used for pasting photo frames, label paper, office appliances, toys, billboards, detachable photo paper, cosmetic sets, mattresses, tables and chairs, automotive supplies, wedding decoration supplies, etc.

Main characteristics of nano-adhesive tape:

1. High (low) temperature resistance: excellent mechanical properties are maintained in a wide temperature range of-196 ~ 260℃.

2. Corrosion resistance: Except for molten alkali metal, nanobelts are hardly corroded by any chemical reagents.

3. High insulation: unaffected by environment and frequency, low dielectric loss and high breakdown voltage.

4. Aging resistance: it does not absorb moisture, does not burn, and is extremely stable to oxygen and ultraviolet rays, so it has excellent weather resistance.

5. Low friction coefficient. It is only 1/5 of polyethylene, which is an important feature of perfluorocarbon surface.