Inorganic nano stock solution

Abstract

The invention discloses an inorganic nano stock solution, and relates to the technical field of additives. The inorganic nano stock solution comprises the following raw materials in percentage by mass: 50-80% of silicon-carbon nano polymer, 10-20% of a high-efficiency water reducing agent, 0.01-2% of an inorganic active agent, 0.01-1% of an aqueous defoamer, 0.01-5% of a nano silicon complex, and0.01-2% of inorganic polymers. The inorganic nano stock solution can be applied to the production of cement products, artificial stone, inorganic stone, GRC components, RPC components, prefabricated members, high-strength self-leveling products, high-performance concrete, and the like, and can solve the serious problems that cement products and the like are not heat-resistant, refractory, alkali-resistant, acid-resistant or corrosion-resistant, poor in water resistance, cracking resistance, sun resistance, self-compactness and surface light, high in cost, and the like. The inorganic nano stocksolution does not produce irritating odor, and is a new generation environment-friendly inorganic additive.

Description

technical field

[0001] The invention relates to the technical field of additives, in particular to an inorganic nano stock solution used in cement products, artificial stones, inorganic stones, GRC components, RPC components, fabricated components, high-strength self-leveling, high-performance concrete and other products. Background technique

[0002] In the prior art, the additives used in most products such as cement products, artificial stone, inorganic stone, GRC components, RPC components, prefabricated components, high-strength self-leveling, high-performance concrete, etc., are based on resins and emulsions. Organic composite materials are mainly used. The disadvantages of these additives are that they are not environmentally friendly and have a pungent taste. The finished products are not heat-resistant, not fire-resistant, not alkali-resistant, not acid-resistant, not corrosion-resistant, poor water resistance, poor crack resistance, and sun protection. Poor, poor s...

Examples

Embodiment 1

[0016] 75kg of silicon nitrogen nanopolymer, 20kg of superplasticizer, 1kg of inorganic active agent, 0.2kg of water-based defoamer, 2.8kg of nano-silicon composite, and 1kg of inorganic polymer. The above-mentioned components are weighed and poured into a mixing container in sequence, and fully stirred to prepare an inorganic nano stock solution used in cement products and other products.

Embodiment 2

[0018] 80kg of silicon nitrogen nanopolymer, 15kg of high-efficiency water reducer, 0.8kg of inorganic active agent, 0.2kg of water-based defoamer, 3kg of nano-silicon composite, and 1kg of inorganic polymer. The above-mentioned components are weighed and poured into a mixing container in sequence, and fully stirred to prepare an inorganic nano stock solution used in cement products and other products.

Embodiment 3

[0020] 77kg of silicon nitrogen nanopolymer, 16kg of superplasticizer, 1.2kg of inorganic active agent, 0.8kg of water-based defoamer, 3.8kg of nano-silicon composite, and 1.2kg of inorganic polymer. The above-mentioned components are weighed and poured into a mixing container in sequence, and fully stirred to prepare an inorganic nano stock solution used in cement products and other products.

technical field

[0001] The invention relates to the technical field of additives, in particular to an inorganic nano stock solution used in cement products, artificial stones, inorganic stones, GRC components, RPC components, fabricated components, high-strength self-leveling, high-performance concrete and other products. Background technique

[0002] In the prior art, the additives used in most products such as cement products, artificial stone, inorganic stone, GRC components, RPC components, prefabricated components, high-strength self-leveling, high-performance concrete, etc., are based on resins and emulsions. Organic composite materials are mainly used. The disadvantages of these additives are that they are not environmentally friendly and have a pungent taste. The finished products are not heat-resistant, not fire-resistant, not alkali-resistant, not acid-resistant, not corrosion-resistant, poor water resistance, poor crack resistance, and sun protection. Poor, poor s...

Examples

Embodiment 1

[0016] 75kg of silicon nitrogen nanopolymer, 20kg of superplasticizer, 1kg of inorganic active agent, 0.2kg of water-based defoamer, 2.8kg of nano-silicon composite, and 1kg of inorganic polymer. The above-mentioned components are weighed and poured into a mixing container in sequence, and fully stirred to prepare an inorganic nano stock solution used in cement products and other products.

Embodiment 2

[0018] 80kg of silicon nitrogen nanopolymer, 15kg of high-efficiency water reducer, 0.8kg of inorganic active agent, 0.2kg of water-based defoamer, 3kg of nano-silicon composite, and 1kg of inorganic polymer. The above-mentioned components are weighed and poured into a mixing container in sequence, and fully stirred to prepare an inorganic nano stock solution used in cement products and other products.

Embodiment 3

[0020] 77kg of silicon nitrogen nanopolymer, 16kg of superplasticizer, 1.2kg of inorganic active agent, 0.8kg of water-based defoamer, 3.8kg of nano-silicon composite, and 1.2kg of inorganic polymer. The above-mentioned components are weighed and poured into a mixing container in sequence, and fully stirred to prepare an inorganic nano stock solution used in cement products and other products.