Fujian up. the reinforced ceramic tile gap filling agent on the properties of water requirement

Fujian reinforced ceramic tile is filled seam an agent, is used to improve the strength of concrete in the construction of the project of adding material. The main technique index sign of the high strength reinforced ceramic tile seam filling agent for repaired structure reinforcement engineering, due to its particularity, often require repair reinforcement effect is good, time is fast and easy construction, etc. Thus, reflect on the ceramic tile seam filling agent requirements for its fluidity, inflation rate, early and final strength and setting time and other indicators. grouting layer thickness of 150 mm or more secondary grouting equipment foundation. The structure of the beam, slab, column, foundation and ground reinforcement reinforcement ( Repair the thickness of 40 mm or higher) 。 Have the requirement of oil equipment foundation secondary grouting, appellation reinforcement engineering special reinforcement material. In order to make preparation of reinforced ceramic tile seam filling agent can meet the required strength and durability of structure in the process of civil construction, in order to I make sure ceramic tile seam filling agent structure and convenient construction. We require new mixed with ceramic tile seam filling agent must have good construction performance, if they remain fresh not layered ceramic tile gap filling agent, the phenomenon such as segregation and bleeding, and uniform quality, forming ceramic tile seam filling agent. Fujian mixture reinforced ceramic tile seam filling agent's work is a comprehensive technical performance, including liquidity, adhesiveness and water retention three aspects of meaning. Fill water retentivity good ceramic tile seam an agent will not appear in the construction process of exudation phenomenon, ceramic tile gap filling instead of poor water retention agent in the place where water seepage there will be many capillaries, become a ceramic tile seam filling agent content of permeable channels in the future.