Silica Gel Organic or Inorganic
The organic and inorganic distinction of silica gel
Between heaven and earth, there are many types of substances, and silica gel has unique characteristics among all things. If you want to distinguish whether it is organic or inorganic, you should study its essence and observe its characteristics.
Inorganic things, mostly derived from nature, are based on minerals, etc., and have stable structures and chemical properties. Silica gel, when it was first made, was often obtained by the reaction of sodium silicate with inorganic substances such as acids. Looking at its basic composition, silicon is its core and is closely related to elements such as oxygen. This structure is similar to many common inorganic minerals. Its chemical stability is quite high, and it is difficult to react violently with many substances at room temperature. The resistance to acid and alkali is also considerable, which is a typical characteristic of inorganic substances.
However, organic substances, mostly containing carbon and hydrogen elements, build complex molecular structures with covalent bonds, and often have the characteristics of flexibility and biological activity. Silica gel, if a special method is used to introduce organic groups, its properties can also change. At this time, the surface of silica gel is attached with organic molecules, which has the characteristics of some organic substances. For example, in some organic synthesis reactions, the modified silica gel can be used as an excellent catalyst carrier, and its affinity with organic reactants is far better than that of ordinary inorganic carriers, which is due to the introduction of organic groups.
Overall, the properties of silica gel vary according to its preparation process and modification means. Unmodified silica gel has significant inorganic properties; those modified by organic groups have both organic and inorganic properties. Therefore, whether gelatin is organic or inorganic cannot be generalized. Only when examining its preparation method and composition can it be determined.
Between heaven and earth, there are many types of substances, and silica gel has unique characteristics among all things. If you want to distinguish whether it is organic or inorganic, you should study its essence and observe its characteristics.
Inorganic things, mostly derived from nature, are based on minerals, etc., and have stable structures and chemical properties. Silica gel, when it was first made, was often obtained by the reaction of sodium silicate with inorganic substances such as acids. Looking at its basic composition, silicon is its core and is closely related to elements such as oxygen. This structure is similar to many common inorganic minerals. Its chemical stability is quite high, and it is difficult to react violently with many substances at room temperature. The resistance to acid and alkali is also considerable, which is a typical characteristic of inorganic substances.
However, organic substances, mostly containing carbon and hydrogen elements, build complex molecular structures with covalent bonds, and often have the characteristics of flexibility and biological activity. Silica gel, if a special method is used to introduce organic groups, its properties can also change. At this time, the surface of silica gel is attached with organic molecules, which has the characteristics of some organic substances. For example, in some organic synthesis reactions, the modified silica gel can be used as an excellent catalyst carrier, and its affinity with organic reactants is far better than that of ordinary inorganic carriers, which is due to the introduction of organic groups.
Overall, the properties of silica gel vary according to its preparation process and modification means. Unmodified silica gel has significant inorganic properties; those modified by organic groups have both organic and inorganic properties. Therefore, whether gelatin is organic or inorganic cannot be generalized. Only when examining its preparation method and composition can it be determined.

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