Specialty Floor Construction Materials

Dry-Shake Wear Resistant Floor Hardener

This type of hardener typically consists of high-quality Portland cement, selected non-metallic wear-resistant aggregates (such as quartz sand, copper ore sand, etc.), and various chemical admixtures. Its principle of operation involves applying the hardener as a dry shake onto the surface of freshly poured concrete that has not yet fully cured. Subsequently, through mechanical means such as troweling or power floating, it is integrated with the concrete's surface layer, forming a more durable, wear-resistant, and dust-proof surface that significantly enhances the floor's abrasion resistance and scratch resistance. This makes it highly suitable for use in industrial environments with high traffic and heavy loads.

advantages

The main advantages of Dry-Shake Wear Resistant Floor Hardeners include:

Increased hardness and wear resistance: By adding wear-resistant aggregates, the hardened floor can withstand the wear caused by heavy vehicles and machinery.

Impact resistance and chemical resistance: It improves the floor's resistance to impacts and offers some resistance to certain chemicals.

Easy cleaning: The smooth surface reduces the accumulation of dirt and dust, making daily cleaning easier.

Safety: Non-metallic aggregates reduce the risk of static electricity buildup, making them suitable for environments sensitive to electrostatic discharge.

Aesthetics: The hardener provides a uniform appearance, enhancing the overall beauty of the floor.

Durability: It maintains good appearance and functionality even after long-term use.

Slip resistance: Even in wet conditions, it provides good slip resistance.

Dust prevention: The hardener seals the pores on the concrete surface, reducing the generation of dust.

Product specifications

Dry-shake non-metallic aggregate concrete floor hardeners are suitable for industrial plants, warehouses, parking lots, sports fields, and other venues requiring high wear resistance and low maintenance for their floors.

Usage	5 kg/m²
Compliance Standard	JC/T 906-2002(2017) "Cement-based Wear-resistant Materials for Concrete Floors"
Appearance	Homogeneous, lump-free
Aggregate Content (passing 80 μm sieve) /%	63.0%
Flexural Strength (28 days) /MPa	14.6
Compressive Strength (28 days) /MPa	82.7
Wear Resistance Ratio /%	336%
Surface Strength (Indentation Diameter) /mm	3.15