1. The number of nano-scale pores and micropores is more than that of activated carbon with the same volume. Therefore, the adsorption speed of the nanocrystalline nucleus to harmful gases such as formaldehyde is faster than that of activated carbon, and the effect is stronger than that of activated carbon.
2. Because of the strong adsorption effect of nanocrystalline nuclei, the amount of nanocrystalline nucleus per unit area is much smaller than that of activated carbon. It is proved that the amount of activated carbon per unit area is 250g, while the nanocrystalline nucleus only needs 25g.
3. Because of the different production processes, activated carbon is often black and dirty, while the nanocrystalline core is a pure natural substance, odorless, clean, and dust-free, and can be used as a filler for other products (such as toys).
4. The service life of activated carbon is only 5-8 months, while the release cycle of formaldehyde is 3-15 years. Nano mineral crystals can be recycled, and the product can be desorbed and regenerated by sun exposure or heated baking, which has a long service life. Longer than activated carbon, it is an ideal substitute for activated carbon.
nanocrystalline core
2. Because of the strong adsorption effect of nanocrystalline nuclei, the amount of nanocrystalline nucleus per unit area is much smaller than that of activated carbon. It is proved that the amount of activated carbon per unit area is 250g, while the nanocrystalline nucleus only needs 25g.
3. Because of the different production processes, activated carbon is often black and dirty, while the nanocrystalline core is a pure natural substance, odorless, clean, and dust-free, and can be used as a filler for other products (such as toys).
4. The service life of activated carbon is only 5-8 months, while the release cycle of formaldehyde is 3-15 years. Nano mineral crystals can be recycled, and the product can be desorbed and regenerated by sun exposure or heated baking, which has a long service life. Longer than activated carbon, it is an ideal substitute for activated carbon.
nanocrystalline core