Product introduction
Introducing the Super Wear-resistant Floor Sealing Hardener-an innovative marvel that dives deep into concrete surfaces, penetrating between 5mm and 8mm, to deliver unmatched durability and strength. This cutting-edge formula interacts with free calcium and magnesium ions, sculpting a dense crystalline armor that transforms the entire surface. This revolutionary process results in a concrete floor that is not only exceptionally hard and durable but also visually stunning, providing longevity and aesthetics in one robust package.
Our lithium-based hardener is meticulously engineered for emery floors, often known as wear-resistant floors, guaranteeing superior performance and long-lasting durability.
Emery floors, over time, may encounter dust and dirt accumulation due to their inherently porous nature as cement-based surfaces. The unique structural composition, pH balance, and trace elements of emery floors distinguish them from other flooring types. Our expertly formulated emery floor hardener takes these distinct characteristics into account, ensuring that every active element within the emery floor is engaged in the reaction. This leads to a uniformly hardened surface with complete reactive integration.
Application scope
Ideal for: Industrial floors; Workshop floors; Supermarket floors; Concrete parking lots; Concrete highways; Airport runways; Concrete bridges; Concrete docks; Concrete walls; Sports centers; Any area with concrete or cement mortar bases; Reinforcement for both new and old concrete bases; Reinforcement for new and old terrazzo bases; Reinforcement for new and old hardened wear-resistant floors.
Technical Parameters
Hardness: After treatment, the surface hardness of the ground is reached within 1-3 days, and the highest hardness is reached
within 90-120 days |
| Impact Strength: Increased by 13%, with a hardness of Mohs scale 6. |
| Gloss: Reaches a marble-like gloss under normal walking conditions after 90-180 days. |
| Oil Penetration: Penetration rate of 0.03cc per hour (no visible penetration or marks within 30 minutes when 1mm engine oil drop is applied on the test surface; oil stains can be cleaned within 8 hours). |
| Wear Resistance: Enhances more than 40% compared to ordinary concrete floors. |
| Dust Resistance: No dust generated under Mohs scale 6 testing. |
| Flexural Strength: 28d ≥ 8MPa,Compressive Strength: 28d ≥ 50MPa. |
Advantages of Concrete Sealing Hardener Floors
- High Strength: Experience an unparalleled increase in strength with the enhanced concrete surface reaching a remarkable Mohs hardness of 8, elevating its strength by an impressive 200%.
- Wear Resistance: The hardener transforms the concrete components into a tightly bound, dense mass, resulting in an extraordinary sixfold improvement in wear resistance.
- Dust Prevention: Through chemical reactions with concrete silicates, a dense structure is forged, effectively curbing dust accumulation on the surface.
- Compression Resistance: Treated concrete showcases a 40% surge in compressive strength compared to untreated samples, with flexural strength more than doubling, ensuring unrivaled robustness.
- Water Resistance: This hardener deeply infiltrates concrete, sealing pores to thwart the invasion of water, oil, and other contaminants, maintaining the integrity of the surface.
- Aging Resistance: It adeptly shields against the ravages of chloride ions and UV exposure, while ensuring the concrete remains resilient to electromagnetic fields and mist, promising sustained durability.
- Corrosion Resistance: The treated concrete surface exhibits markedly enhanced resistance to corrosion, ensuring prolonged lifespan and unwavering performance.
- Bonding Strength: Bonding strength with epoxy resin is amplified by 21.9%, while maintaining steady bonding strength with coatings, ensuring a reliable and lasting bond.
- Glossiness: The concrete floor, post-treatment, radiates with a marble-like shine, with glossiness that not only impresses initially but continues to enhance over time and usage, offering timeless elegance.
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