Storage of water and raw materials
The structural composition of hydrogels is ever-changing, and biological, chemical, physical and other methods have the opportunity to form hydrogels, but physical and biological hydrogels are weaker and less stable, while in chemical hydrogels The gel structure is much stronger, more stable and easy to store, so it is widely used. It is used in medical advice, health care, beauty, food, agriculture, etc.
In the LOGO of Home Tech Hydrogel World, the four colored balls in the LOGO are designed by the 3D three-dimensional net structure which can store a large amount of water and raw materials when the 【hydrogel】 is formed.
Environmentally friendly materials
After being discarded, hydrogel can be quickly decomposed by organisms without causing waste.
Water swelling 1 to 1000 times
The special structure of hydrogel has the function of absorbing a high volume of water, meaning that the volume of hydrogel will become larger after it has absorbed water, and the volume will become smaller after dehydration.
Home tech hydrogel aromatic dolls use this characteristic of hydrogel, to manufacture a variety of sizes of dolls!
Thermal conductivity and electrical conductivity
hydrogel has good thermal conductivity and electrical conductivity, and is the perfect partner for enthalpy and electric enthalpy.
High temperature and low temperature
The hydrogel contained in Home Tech Hydrogel Aromatic Doll does not soften at high temperatures, does not burn, and does not freeze at low temperatures.
Gel refers to a condensed, viscous gelatinous substance. The history of gel is very long. It was mainly used as a coating and adhesive in the early days, and it was modified by natural materials.
Egyptians, Romans, and Chinese use a lot of natural materials such as gum arabic, resin, egg, glutinous rice, starch, soybean, animal glue or vegetable gum for public consumption or everyday use.
The structure of Hydrogel exhibits a network-like three-dimensional structure and is relatively stable. When water is absorbed, the carbon molecular structure has a large structure spacing and a large appearance. When dehydrated, the carbon molecular structure spacing becomes smaller, and the volume there of also becomes smaller.
Early gel products were used for dehydrating applications such as coatings and adhesives. The application of hydrogel products containing a large amount of water has recently been developed.