Concrete sealant curing agent flooring is the choice for heavy-duty industrial floors.

Since it's the floor for a heavy-duty workshop, the surface must withstand heavy pressure and friction. Regular cement concrete just can't cut it; it will start to dust and erode. However, with the Lutec concrete hardener, this is achievable, which is why it's the first choice for the construction of floors in heavy-duty workshops.

Introduction to Concrete Sealing and Hardening Agent Floors

Concrete hardener product: A ready-to-use, colorless and transparent liquid that contains active substances that penetrate deeply into the concrete surface. Through a chemical reaction, these active substances penetrate the concrete, solidifying its loose components into a uniform aggregate, thus enhancing the integrity of the tetrahedral structure of hydrated calcium silicate crystals. It is this chemical reaction that strengthens the concrete structure and forms crystals. Due to its inorganic compound composition, it is the new generation of dust-free inorganic industrial flooring in China.

Concrete Sealer Floor Features

Highly Abrasion-Resistant: Offers 50% improved wear resistance compared to traditional industrial flooring.

High Purity: The cleanliness of the space environment can meet a 100,000-grade dust-free requirement.

High Oil Resistance: Various oil stains cannot penetrate the concrete base surface.

Corrosion Resistance: Resists corrosion from general acidic, alkaline, and saline solutions.

Moisture-Proof Performance: The surface allows free breathing.

Concrete Sealer for Flooring Applications

Recommended for use on substrates requiring high wear resistance, dust prevention, and improved chemical resistance. Examples include industrial flooring for food processing, precision machinery, precision instruments, factories, electronics, textiles, cleanrooms, and warehouse-style supermarkets. Compatible with existing cementitious wear-resistant floors and terrazzo, it effectively enhances the abrasion and cleanliness function of the original surface.