Product introduction
Discover the extraordinary capabilities of our Super Wear-resistant Floor Sealing Hardener. This innovative solution penetrates concrete surfaces to depths of 5mm - 8mm, engaging with free calcium and magnesium ions to fashion a robust crystalline lattice. This dynamic transformation fortifies the entire surface, evolving it into a more resilient, enduring, and aesthetically pleasing concrete floor, unlike any other.
Our lithium-based hardener, specifically crafted for emery floors-also referred to as wear-resistant floors-ensures unparalleled performance and enduring longevity, living up to the rigorous demands of high-traffic environments.
Emery floors, over time, may grapple with dust and dirt issues due to their inherently porous, cement-based composition. Recognizing their unique structural makeup, pH levels, and trace element content, our emery floor hardener is meticulously engineered to address these intricacies. It ensures that every active component engages in a comprehensive chemical reaction, culminating in a uniformly treated, pristine surface.
Application scope
Our versatile solution is ideal for a myriad of applications, including Industrial floors; Workshop floors; Supermarket floors; Concrete parking lots; Concrete highways; Airport runways; Concrete bridges; Concrete docks; Concrete walls; Sports centers, and any location featuring concrete or cement mortar bases. It is perfect for the reinforcement of both new and old concrete bases, terrazzo bases, and hardened wear-resistant floors.
Technical Specifications
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. |
Distinct Advantages of Concrete Sealing Hardener Floors
- Exceptional Strength: Our treated surfaces achieve a remarkable Mohs hardness of 8, amplifying structural strength by an impressive 200%, offering unparalleled durability.
- Enhanced Wear Resistance: The hardener solidifies into a compact, tough mass, exponentially increasing wear resistance by approximately sixfold, meeting the demands of high-stress environments.
- Superior Dust Prevention: Through sophisticated chemical reactions with concrete silicates, a dense structure forms, effectively eliminating dust accumulation and maintaining a pristine surface.
- Outstanding Compression Resistance: Our treated samples boast a 40% boost in compressive strength compared to untreated counterparts, with a dramatic more than twofold increase in flexural strength.
- Robust Water Resistance: By penetrating deeply into the concrete, our product locks pores and effectively repels water, oil, and other potential contaminants, preserving surface integrity.
- Long-lasting Aging Resistance: The formula shields against chloride ion damage and UV exposure, ensuring concrete remains unaffected by electromagnetic fields or mist, prolonging its lifespan.
- Superior Corrosion Resistance: Our treatment significantly boosts the concrete surface's resistance to corrosion, preserving its structural integrity even in challenging conditions.
- Enhanced Bonding Strength: Experience an increased bonding strength of 21.9% when combined with epoxy resin, while maintaining consistent bonding with coatings, ensuring durability and reliability.
- Exquisite Glossiness: The transformation delivers a marble-like sheen to treated concrete floors, with glossiness improving progressively over time, creating spaces that sparkle with elegance.
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