This product can be used as a raw material for cement grinding aids. It exhibits excellent dispersibility during cement grinding, shielding electrostatic cohesion generated in the process, reducing adhesion between particles and grinding media, and effectively eliminating ball coating and segment coating phenomena.
MORE +RC-SY Series Modified Alkanolamines
Modified alkanolamine is a new, green, and environmentally friendly raw material for grinding aids, offering excellent grinding aid effects. It can be used in the production process of cement grinding aids to partially replace triisopropanolamine and triethanolamine in the raw material formulation. After targeted compounding based on different customer cement formulations, it significantly improves both early and late cement strength, achieving high quality at low cost and reducing production costs.
MORE +RC-FH Series Composite Alkanolamines
Primarily suitable for Portland cement prepared with non-active admixtures such as limestone, basalt, shale, sandstone, coal gangue, volcanic rock, etc. Increases mill output by over 10%. The 28-day strength increase is higher than the 3-day strength increase, effectively solving the problem of low late strength, further improving cement performance, and optimizing cement technical indicators.
MORE +RC-MY Series Liquid Grinding Aid Masterbatch
This product is widely suitable for various cement admixtures and different grades of cement. Customized grinding aid solutions can be provided based on the characteristics of clinker and admixtures in different customer regions to maximize efficiency.
MORE +RC-FM Series Powder Grinding Aid Masterbatch
To meet the growing market demand for high-performance powder strength enhancers, our company has developed a new generation of powder strength enhancer masterbatch and specialized grinding aid materials. Based on the existing cement formulation and liquid grinding aid system, this product series can further improve grinding efficiency, significantly optimize the particle distribution in the key 3μm-32μm range, thereby effectively enhancing both early and late cement strength while increasing mill output per hour.
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