Concrete Densification

Concrete densification is a process that strengthens and hardens concrete by filling its pores and increasing its density. It is achieved by applying chemical densifiers, typically made of silicate-based compounds (like sodium silicate, lithium silicate, or potassium silicate). These chemicals react with the free lime (calcium hydroxide) in the concrete, forming calcium silicate hydrate (CSH), which is the same material responsible for concrete's natural strength.

Benefits of Concrete Densification:

1. Increased Strength: Makes the concrete surface harder and more resistant to
   abrasion.
2. Dust-Proofing: Reduces surface dust caused by wear.
3. Improved Durability: Protects against wear, impact, and chemical damage.
4. Enhanced Appearance: Leaves a smooth, polished look when combined with
   concrete polishing.
5. Low Maintenance: Easier to clean and maintain due to its dense, sealed surface.

Densification is commonly used in warehouses, industrial floors, commercial spaces, and
areas with heavy foot or vehicle traffic.

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