An inorganic wear-resistant seal curing agent

Abstract

The invention discloses an inorganic wear-resistant seal solidification agent. The inorganic wear-resistant seal solidification agent comprises, by weight, 30-50% of liquid sodium silicate, 13-20% of lithium silicate, 4-10% of nano-titanium dioxide, 3-11% of sodium dihydrogen phosphate, 12-20% of sodium hydroxide and 2-9% of zinc oxide. The inorganic wear-resistant seal solidification agent is a colorless, non-toxic and environment-friendly product, and accordingly concrete ground materials prepared from the inorganic wear-resistant seal solidification agent are greatly improved in strength, hardness and compactness to be high in ultra-hardening wear resistance, excellent in tensile-resistant and wear-resistant performance and good in scratch-resistant effect; a hydrophobic membrane layer is formed on the surfaces of the ground materials, so that excellent impermeable, mildew-proof, high-temperature-resistant and weather-resistant effects are achieved, and physical properties of the ground materials are improved effectively; being easy to clean and polished, the ground materials are attractive visually, and the longer the ground materials are used, the better perception effects are achieved.

Description

technical field [0001] The invention relates to an inorganic wear-resistant seal curing agent. Background technique [0002] Concrete sealing and curing agent is an alkaline colorless and transparent liquid, a new type of low-carbon and environmentally friendly floor material with the characteristics of non-toxic, odorless, non-combustible, non-volatile, and environmentally friendly. The main ingredients are silicates and inorganic ionic substances, which are formulated using the most advanced technology catalysts today. The infiltration method is that the reaction caused by strong alkali is transported through the capillary of the concrete, filled and catalyzed to penetrate about 5-8 mm into the surface of the concrete, and condenses with the active calcium metal ions and free alkali in the concrete to form a cross-linked gel. This greatly improves the surface hardness and strength of concrete, increases wear resistance, compacts concrete, and effectively inhibits the pass...

AI Technical Summary

Problems solved by technology

Now the dyeing technology is mainly through two aspects: 1. Acid coloring: it will corrode the ground, mainly for antique art ground, it is difficult to apply to the general floor market

2. Dye coloring: there are mainly problems such as unevenness, color fading after washing, and high price

As we all know, the pores of the concrete floor are often uneven, and the absorption of water-based dye solution is also uneven, so the phenomenon of uneven color appears, and there are also problems such as insufficient tinting strength, washing and fading, and high prices.