3results about How to "Fast condensation" patented technology

This invention discloses an intelligent design and preparation method for low-cement-content sprayable engineering cement-based low-carbon composite materials, belonging to the field of composite material mix design. The method includes: constructing a multi-objective genetic optimization intelligent framework integrating raw material performance and carbon emission data to collaboratively optimize mechanical properties, workability, and low-carbon targets during the design phase, achieving precise pre-control of carbon emissions. A synergistic reinforcement design using recycled PE fiber networks and multi-microporous slurry is employed, replacing cement and natural aggregates with a large amount of recycled sand, recycled micropowder, and fly ash, reducing cement content to 210-300 parts. While ensuring rapid hardening, high toughness, and good sprayable construction performance, the material's implicit carbon emissions are significantly reduced. The resulting composite material achieves a 28-day compressive strength of 50-65 MPa, with net carbon emissions approaching zero, making it suitable for green building and rapid engineering repair applications.

The present application relates to cement pole production technical field, especially to a kind of multifunctional integrated pole automatic production system, comprising: fixed mechanism, fixed mechanism is used to fix and hoist reinforcement cage;Mold closing mechanism, mold closing mechanism is located below fixed mechanism and is used to install mold, mold closing mechanism includes mold, is used to fixedly install mold closing assembly and is used to connect fixed mechanism and mold closing mechanism engagement assembly;Grouting mechanism, grouting mechanism is located at one end of mold closing mechanism and is used to carry out cement grouting in mold, grouting mechanism includes grouting assembly and dredging component;Centrifugal mechanism, centrifugal mechanism is used to carry out centrifugal initial setting to the mold that grouting has been completed, centrifugal mechanism includes driving mold rotation driving wheel and quick-drying component.

The application discloses a kind of ultrafast hard seawater mixing based on sodium-aluminum ratio geopolymer and its proportioning correction and preparation method.The material takes metakaolin-based geopolymer as base material, by mixing quartz sand, hardening agent, chloride ion curing agent, sulfate ion curing agent and different materials, and is prepared by using seawater mixing and curing.The application controls setting time by adjusting system sodium-aluminum ratio, and uses multi-component synergistic effect to cure erosive ions, finally realizes the design purpose of early strength fast hardening and erosion resistance of geopolymer.The proportioning correction method of the ultrafast hard seawater mixing based on sodium-aluminum ratio geopolymer of the application reversely corrects mix proportion according to setting time requirement, with adjustable setting time;The preparation method of the ultrafast hard seawater mixing based on sodium-aluminum ratio geopolymer of the application has simple operation steps, does not need high-temperature forming and curing, and can be widely applied to pouring, reinforcement and repair of offshore engineering or coastal structures.