Concrete is made of a certain proportion of mixing of cement, water, sand and gravel aggregate. The structure of it is simple and low-quality, and it is not stable. Therefore, concrete admixture is very important as part of improving concrete performance.
Why are admixtures added to concrete? – To protect environment.
Traditional concrete technology cannot effectively use industrial wastes, resulting in a large number of dust emissions and environmental pollution. The new green concrete technology, based on the traditional foundation, adds a small amount of concrete water reducer as the representative admixture and mixes with finely ground fly ash, slag, steel slag and other admixtures. Therefore, it can reduce the amount of concrete cement and emission, save energy and protect environment.
So how to make more better concrete admixture?
1. The key technical index of admixture
(1) Fineness 45um sieve residue or specific surface area
(2) Moisture content
(3) Fluidity ratio
(4) Sulfur trioxide content
(5) Chloride ion content
(6) Water demand ratio
(7) Loss on ignition
(8) Free calcium oxide content
(9) 28-day activity index
2. To choose a better processing equipment
The key to the process of concrete admixture is grinding and sorting. The main recommended grinding mill is LM Vertical Grinding Mill.
The LM Vertical Grinding Mill, launched by ZENITH, integrates five functions of crushing, grinding, powder selection, drying and material conveying. It is characterized by centralized technological process, small occupational area, low investment, high efficiency, energy conservation and environment protection. It is the ideal equipment in the grinding industry. The materials it can grind: Limestone, calcite, dolomite, petroleum coal, gypsum, barite, marble, talc, coal powder, etc.

LM Vertical Grinding Mill achieves lower energy consumption, stronger drying capacity, as well as lower abrasion and easier checks of core parts, saving operating costs greatly. Its occupational area is about 50% of that of the ball-milling system. The LM grinding mill can also be arranged outdoors, which greatly reduces the investment cost.
With the development of concrete admixture technology, more and more investors realize the importance of environment protection. As the most important equipment to grind mill, ZENITH’s grinding mills adopt new technology to save energy and reduce pollution.
Indonesia is one of the largest aggregate markets in Southeast Asia, and rock aggregate project sites often face challenges such as undulating terrain, long rainy seasons, and unstable power supply. Taking a 450–500 TPH rock aggregate project delivered by ZENITH in Jakarta as a case study, this article details the process configuration and key design decisions of this production line, as well as implementation points worth attention in the early-stage solution design of similar projects in Southeast Asia.
A comprehensive procurement guide for evaluating and selecting top crusher manufacturers. Covers CAPEX vs. TCO analysis, spare parts supply chains, flowsheet integration, and comparison of Metso, Sandvik, Terex, Astec, and ZENITH.
Taking the river pebble crushing plant that ZENITH has applied multiple times in the Philippines as an example, this article explains the complete logic of the "screen-before-crush" process, and how the entire production line uses only three main belt conveyors through a streamlined layout to control investment. For projects using river pebbles as the raw material, this approach offers direct design reference value.
Fill your requirements here, and we'll send the custmized solution and quotation to you by the reserved contact information.