SQFTFS-943 EUCO Diamond Hard (Concrete Polishing System)

EUCO Diamond Hard (Concrete Polishing System) SQFTFS-943 Share :

EUCO DIAMOND HARD is a liquid densifier and sealer for concrete that penetrates, reacts, and bonds within the surface to produce a harder, dust proof, liquid repellent floor.

₹ 250 per sqm

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Product Specifications

Brand Masterfloors
Material Type Lithium Silicate/Sodium Silicate
Anticipated Life 10-15 years
Thickness As per the requirement
Design Type Densification/Euco diamond Hard/Polishing

Product Information

EUCO DIAMOND HARD is a liquid densifier and sealer for concrete that penetrates, reacts, and bonds within the surface to produce a harder, dust proof, liquid repellent floor. Concrete treated with EUCO DIAMOND HARD resists tire marking and is easily maintained. And because EUCO DIAMOND HARD is a sealer that penetrates, it doesn't change the non-slip texture of concrete and never shows wear patterns or peels off like membrane, forming coatings which other sealers sometimes do.

Proven Performance

Silicate materials have been used to improve the durability of concrete since the World War II era, when silicate was used to quickly strengthen new concrete runways on military bases. The synergy of silicate and siliconate together has been proven in EUCO DIAMOND HARD for over two decades. Join the impressive list of businesses and design firms who have specified EUCO DIAMOND HARD for their most important projects.

PROCEDURE:-

The silicate and siliconate compounds present in EUCO DIAMOND HARD each play a unique role in densifying and sealing concrete. The silicate in EUCO DIAMOND HARD chemically reacts with calcium hydroxide (also known as portlandite) in the surface to produce calcium silicate hydrate (CSH) - the primary strength-providing portion of concrete paste. Portlandite is a soft, porous mineral that is subject to carbonation and chemical attack, so replacing it with the much stronger CSH is a major benefit of EUCO DIAMOND HARD. The siliconate in EUCO DIAMOND HARD also reacts with the concrete to form a hydrophobic polymer within the pores and on the concrete surface. The ultimate result is a concrete floor that is exceptionally dense and liquid-repellent, which provides long-lasting protection and durability.

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