Concrete light wall material produced by adding haycite

Abstract

The invention discloses a concrete light wall material produced by adding haycite. The concrete light wall material is characterized by being prepared from the following raw materials in parts by weight: 20-30 parts of river sand, 25-45 parts of the haycite, 10-20 parts of a water-reducing agent, 30-60 parts of water, 10-20 parts of a foaming agent, 15-30 parts of slag, 10-30 parts of coal cinders, 10-25 parts of diatomite, 15-35 parts of cement, 20-55 parts of water, 5-15 parts of wood flour and 5-25 parts of borax. According to the concrete light wall material produced by adding the haycite,because the interior of the material is provided with a skeleton made of low-carbon steel cold-drawn steel bars, a wall is low in weight, high in strength and excellent in compression-resistant and level-resistant property, the load of the main structure is reduced, meanwhile the labor intensity of a mounting worker is also relieved, and the production cost is relatively low; and the interior ofthe haycite is in a honeycomb shape, thus the haycite is low in weight, high in strength, low in heat conductivity coefficient, high in refractoriness and good in chemical stability, a technical formula is feasible, a product is nontoxic and harmless, garbage and sludge can be consumed to turn waste into wealth, environmental pollution is improved advantageously, and the good social benefit is achieved.

Description

Technical field [0001] The invention relates to a lightweight concrete wall material produced by adding ceramsite. Background technique [0002] With the rapid development of modern construction technology, high-rise, super high-rise and large-span buildings are emerging in an endless stream. The mass production and use of building materials have not only built convenient living facilities for human beings, but also caused adverse effects on the global environment and ecological balance. Many traditional building materials are increasingly being challenged. In order to achieve the goal of sustainable development and reduce the burden of building materials on the environment to a minimum, it is particularly important to use and continue to develop energy-saving and environmentally-friendly building materials. In the prior art, there are many methods for producing reinforced concrete lightweight wall materials for construction, such as the high-strength composite perlite building ...

AI Technical Summary

Problems solved by technology

In the prior art, there are many methods for the production of reinforced concrete lightweight wall materials for construction, such as the high-strength composite material perlite building material whose patent number is 02131375.X, which discloses the use of magnesium oxide and various inorganic magnesium salts and Expanded perlite is a method for making building materials; the patent No. 96116414 steel fiber reinforced cement wallboard and its preparation method discloses that ordinary cement, inorganic light materials, steel fibers, coagulants, etc. are used as raw materials to The method for making cement wallboard; Patent No. 96116216.3 discloses that the cement / gypsum reed fiber composite material and its production method use reed fiber as a reinforcing material, cement or gypsum as a cementing raw material, and also includes filling materials, additives and water A method for making composite materials; the patent No. 96119059.0 of the ceramsite light-weight wallboard and its manufacturing process discloses that cement is used as a gelling agent, ceramsite is used as an aggregate, and expanded perlite is used as a filler, and special building materials are added. Glue, and the method of making light-weight wallboards with alkali-resistant glass fiber mesh reinforcement on the surface layer; these methods all have complex procedures, large environmental pollution, waste of resources, lack of raw material sources, high processing costs, and the strength of the produced products. Low, large shrinkage, waterproof, fireproof, sound insulation and other performances are difficult to meet the design and use requirements, and the production cost is relatively high.