Taalamil ku yúuchul tumen u ya'abtal ja' ti' le hormigón ligero

U ya'abtal u jaanta'al ja'e' je'el u beetik u yantal talamilo'ob ti' calidad ti' le hormigón ligero. Yaan u yantal jump'éel nojoch impacto ti' le k'íiwiko' concreto ligero. Ba'ax le k'ajle' talamilo'ob ti' le construcción concreto ligero?

U ya'ab jantbil ja' ti' le hormigón ligero ku bisik u yéemel u ma'alobil tuláakal le hormigón ligero. U yojel u le mezcla concreto ja'-cemento relación jach jump'éel indicador técnico Páaybe'en. Le ken u cantidad ja' supera le cantidad ja' utilizada utia'al u hidratación le cemento, u ya'abil le ja'o', le menor u muuk' le hormigón. Le ken u jantbil ja' jach nojoch, yaan u beetik u yantal defectos bey suelto yéetel grietas ti' le hormigón. Beytuno, ichil u xa'ak'ta'al hormigón, the water consumption should be controlled as much as possible, and if necessary, the method of adding a water reducing agent should be used to ensure the quality of the concrete. Lightweight Concrete is a type of concrete that also requires control of water usage. tu jaajil construcción, the water consumption of Lightweight Concrete can not be effectively controlled. Once the water consumption exceeds a certain range, the cement will produce obvious precipitation and segregation. The Lightweight Concrete has uneven density on the upper and lower sides, low surface strength, and a layer of cement slurry on the bottom layer. Beyxan, too much moisture will slowly evaporate during the solidification process of the cement, and the void left after evaporation is a gap that is connected without closing, which is extremely unfavorable for the heat preservation effect. Beytuno, excessive water consumption is extremely harmful to Lightweight Concrete. Some construction companies can’t recognize this point. In order to increase their liquidity and facilitate construction, the water-cement ratio is very large, and it is also known as “self-leveling”. This makes it difficult to meet the requirements of important physical properties such as thermal conductivity, density and compressive strength of Lightweight Concrete.

Strictly control the water-cement ratio, and change the “autonivelación” into a combination of “self-flow” yéetel “scratch”. Controlling the water-cement ratio of Lightweight Concrete is one of the important measures to ensure the quality of construction. In some cities of China, there have been successful experiences in using Lightweight Concrete as roofing insulation. To make roofing, Lightweight Concrete must have a certain consistency to solve the need to find a slope.

Practice has proved that after the water-cement ratio has been lowered, the consistency has gone up, which can meet the requirements of the slope on the structure and ensure the quality of the Lightweight Concrete. The cells are uniform, dense and independent. Jach beyo, to do the floor heating insulation layer, do not need to be as thick as the roof. For ease of construction, the consistency can be suitably lower. The control of the water-cement ratio is not a fixed value. It should be adjusted according to the dryness and wetness of the ground, the temperature and the humidity. normalmente, the water-cement ratio is generally controlled at around 0.55. Such a water-cement ratio, the consistency of the Lightweight Concrete may be larger, it is difficult to achieve “autonivelación”, but combined with “scratch flat” for leveling, can completely meet the requirements of flatness. By controlling the water consumption reasonably and effectively, the overall quality of the Lightweight Concrete can be significantly improved.Other than this,Water reducing agent can be used in this process.Water reducing agent can help you solve this problem very well.

Cie-China.org leti' le proveedor aditivos u hormigón espuma ku ts'aik aj nu'uktaj espuma concreto, superplastificante,potenciador u muuk' le hormigón espuma uti'al u hormigón ligero, Bloques CLC. wa táan a kaxtik superplastificante, ma' a ch'a'ik saajkil t'aan yéetel to'on.