Concrete impact and abrasion-resistant additive
Concrete impact and abrasion-resistant agent
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Special-function additive materials
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Product Description
Impact and wear-resistant additive

Impact and wear-resistant additive
The concrete anti-impact and wear-resistant admixture is composed of a variety of special functional materials—such as dense components, wear-resistant components, micro-expansion components, and highly active dispersing components—that have been reasonably matched and compounded. When added to ready-mixed concrete, this admixture fills the voids between cement particles and enhances compactness through a secondary crystallization reaction, thereby reducing porosity and increasing hardness. As a result, it effectively improves the concrete structure's resistance to erosion and abrasion.
[ Product Description】
Product Introduction
The concrete anti-impact and wear-resistant admixture is composed of a variety of special functional materials—such as dense components, wear-resistant components, micro-expansion components, and highly active dispersing components—that have been reasonably matched and compounded. When added to ready-mixed concrete, this admixture fills the voids between cement particles and enhances compactness through a secondary crystallization reaction, thereby reducing porosity and increasing hardness. As a result, it effectively improves the concrete structure's resistance to erosion and abrasion.
Product advantages
1. Enhanced wear resistance: High impact and abrasion resistance, with outstanding resistance to cavitation and corrosion.
2. Excellent durability: Featuring strong durability, it significantly extends the service life of the structure, reduces the need for later maintenance and repairs, and lowers long-term operating costs.
3. Convenient construction: On-site mixing and addition improve concrete mixing performance, enhance the overall structural safety, accelerate early-age strength development, and shorten the curing period.
[Scope of Application] 】
1. Spillways and sediment discharge tunnels, bottom slabs of sluice gates, gate piers, energy dissipation basins, and river dams in hydraulic and hydroelectric projects;
2. Concrete (mortar) works for erosion and cavitation resistance of bridge piers, aprons, and bulkheads, as well as repair works;
3. Concrete (mortar) projects for resisting abrasion and weathering on airport runways, factory floorings, bridge and road piers, and other structures subject to erosion and wind erosion.
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