Magical jellyfish particles, unlocking a new "visual" world of materials!

What are jellyfish granules

Hydrophilic water granules, as the name suggests, have a special "connection" with water. It is a special additive that enables materials in contact with it to exhibit excellent hydrophilicity.

In principle, hydrophilic jellyfish particles mainly achieve hydrophilic function through the physical properties of the surface of special materials. It is made of multiple types of hydrophilic polymers and polar resin materials, and is refined into columnar particles through intensive refining. The surface of these particles has a polar molecular layer, which acts like tiny "friends of water" and can closely combine with water molecules. When hydrophilic particles are added to plastic material products and the like, they will quickly form a tight melt bond with the molecular substrate of the plastic material. Meanwhile, the hydrophilic water particles will also rapidly migrate on the surface of plastic products, forming a hydrophilic layer, which is like putting on a "magic coat" that can attract water for plastic products, thereby enabling plastic materials and products to achieve excellent water absorption, moisture retention and film-forming properties, etc.

Hydrophilic jellyfish particles are not a single substance but the result of the ingenious combination of multiple hydrophilic substances. The combination of various hydrophilic polymers and polar resin materials endows the hydrophilic jellyfish particles with a powerful hydrophilic ability.

Unique hydrophilic mystery

The reason why hydrophilic jellyfish particles can achieve such a magical hydrophilic effect lies in their microstructure. The surface of the hydrophilic particles is distributed with many polar molecules, which are like tiny "hooks" that can attract hydrogen atoms and oxygen atoms in water molecules to form hydrogen bonds. This interaction enables water molecules to adhere closely to the surface of the hydrophilic particles, thereby endowing them with excellent hydrophilicity.

When jellyfish particles are added to plastic materials, they form a special network structure both inside and on the surface of the material. Inside the material, hydrophilic particles interweave with plastic molecules, increasing the intermolecular interaction forces and thereby enhancing the material's strength and stability. On the material surface, the hydrophilic layer formed by hydrophilic jellyfish particles can quickly adsorb moisture in the air, keeping the material surface always moist. This unique network structure not only enables the hydrophilic jellyfish particles to effectively enhance the hydrophilicity of plastic materials, but also improves other properties of the materials to a certain extent, such as flexibility and wear resistance.