Novel gelled material, production method and product

Abstract

The invention relates to a novel gelled material, a production method and a product. The novel gelled material has the advantages of environmental protection and energy saving and reduces the discharge of greenhouse gases; the material or the product of the novel gelled material has high strength and short coagulation and solidification time; and a building material product with light weight, high strength and good heat-insulation property is formed. The novel gelled material comprises the following raw materials according to the weight ratio: 75-85 of basalt, 0-10 of dolomite, 5-15 of chinastone and 5-10 of zeolite. The basalt adopts serpentinite or garnet. In addition, a reinforcing agent with the amount 3-5 of the total amount is added, wherein the reinforcing agent is phosphate. The production method carries out processing sequentially according to the following steps of: dressing ores, crushing, milling the raw materials to 300-400 meshes, proportioning, balling, calcining for 20 minutes at the temperature of 900-1400 DEG C, curing the materials and milling a clinker to more than 500 meshes to obtain the gelled material.

Description

technical field [0001] The invention relates to a building material, in particular to a gelling material, a production method and a product. Background technique [0002] With the changes of the times and the development of society, people have a stronger demand for constant changes in the norms of the construction industry, and higher and higher requirements for innovation. Portland cement and high-alumina cement, etc., cannot meet the engineering requirements in terms of performance, and their shortcomings and weaknesses are becoming more and more obvious: 1. A large amount of CO is produced during production 2 Greenhouse gas does not meet the new requirements of environmental protection and energy saving; 2. The strength is not high enough, and the joint strength of the secondary pouring concrete is greatly reduced; 3. The solidification time is long, resulting in a long construction period; 4. The weight of the components has no room for adjustment. Low shockproof and s...

AI Technical Summary

Problems solved by technology

Portland cement and high-alumina cement, etc., cannot meet the engineering requirements in terms of performance, and their shortcomings and weaknesses are becoming more and more obvious: 1. A large amount of CO is produced during production 2 Greenhouse gas does not meet the new requirements of environmental protection and energy saving; 2. The strength is not high enough, and the joint strength of the secondary pouring concrete is greatly reduced; 3. The solidification time is long, resulting in a long construction period; 4. The weight of the components has no room for adjustment. Low shockproof and shockproof performance; 5. Poor fireproof, waterproof, anti-seepage, antifreeze performance, etc.

Images