Anti-Hydrolysis Agents

Anti-hydrolysis agents are chemical compounds used to prevent or reduce the hydrolysis of materials. Hydrolysis is a reaction in which a material reacts with water and breaks down into simpler compounds. This reaction can change the properties of the material, reduce its shelf life, and in some cases, create harmful by-products.

Why do we need anti-hydrolysis agents?

Extend the shelf life of materials: By preventing hydrolysis, the shelf life of materials can be significantly extended.
Preserve material properties: Hydrolysis can change the physical and chemical properties of materials. Anti-hydrolysis agents minimize these changes.
Reduce the production of harmful by-products: Some products of hydrolysis can be toxic or corrosive. Anti-hydrolysis agents prevent the production of these products.
Mechanism of action of anti-hydrolysis agents
Anti-hydrolysis agents work by various mechanisms:

Create a barrier: Some of these agents prevent the material from coming into direct contact with water by creating a protective layer on the surface of the material.
Moisture absorption: Some other factors absorb moisture and prevent it from reaching the main material.
Stabilizing chemical bonds: Some factors also increase the resistance to hydrolysis by creating stronger chemical bonds in the structure of the material.

Applications of Anti-Hydrolysis Agents

Coatings Industry: To increase the resistance of coatings to moisture and corrosion
Adhesives Industry: To improve the water resistance of adhesives
Textile Industry: To increase the resistance of fabrics to washing and moisture
Electronics Industry: To protect electronic components from moisture
Construction Industry: To increase the durability of concrete and mortar