Place of Origin: | Henan |
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Brand Name: | Kesea |
Model Number: | Water-Reducing Admixture |
Minimum Order Quantity: | 100kg |
Price: | To be negotiation |
Packaging Details: | 25 kg paper bag Available in large bags or in bulk on request. |
Delivery Time: | 15 days |
Payment Terms: | L/C, T/T, Cash |
Supply Ability: | 60 Tonne/Tonnes per Day |
Appearance: | White Powder | Name: | Water-Reducing Admixture |
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CAS Number: | 569-61-9 | Application: | Concrete Additives |
Vantage: | Reducing Unit Cement Consumption And Delaying Setting Time | Solid Content (%): | 97±2 |
PH: | 6~8 | Chemical Composition: | Modified Sodium Polyacrylate |
High Light: | 99 concrete water reducer admixture,ph 6-8 concrete water reducer admixture |
High-Performance Environmentally Water-Reducing Admixture For Cementitious Mortars
Water-reducing admixtures work by dispersing the cement particles more efficiently, reducing the surface tension of the water, or a combination of both mechanisms.
These admixtures can be classified into two main types: lignosulfonates and polycarboxylates.
Lignosulfonate-based water reducers are derived from wood pulp and are one of the earliest types of water-reducing admixtures.
Water-reducing admixtures are effective in reducing the water content and improving workability. However,Water-reducing admixtures have limitations in terms of dosage rates and compatibility with certain types of cement.
Property | Value |
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Name | Water-Reducing Admixture |
Chemical Composition | The type of chemical compound used in the admixture formulation |
Water Reduction | The percentage reduction in water content achieved by the admixture |
Setting Time Control | Any effects of the admixture on the initial and final setting times |
Workability enhancement: Water-reducing admixtures improve the workability of concrete by dispersing cement particles more efficiently and reducing the surface tension of water. This results in improved flow, reduced segregation, and enhanced cohesiveness of the concrete mixture.
Compatibility: Water-reducing admixtures should be compatible with other concrete components, such as cement, aggregates, and other admixtures. Compatibility testing is often conducted to ensure that the admixture does not negatively affect the setting time, strength development, or other properties of the concrete.