EPS-100 is a new generation of environmentally friendly polycarboxylate high-performance slump protector developed by our company, which has the remarkable characteristics of slow-release water reduction, greatly improves the long-term maintenance of concrete slump, and can significantly improve the plastic preservation effect of concrete, especially in pumping concrete.
This product is a light yellow transparent liquid, non-toxic, non-corrosive, non-flammable, no rust to steel bars, harmless to human health.
Scope of application
EPS-100 products are especially suitable for various infrastructure projects with high performance requirements for concrete slump, such as water conservancy, offshore engineering, ports, transportation, bridges, subways, and electric power.
EPS-100 products are suitable for special concrete, such as high strength and high performance, high durability, superfluidic vibration-free self-leveling, self-compacting and steel fiber; Precast concrete such as subway segments, slag-free sleeper slabs, and concrete for long-distance transportation.
Product Features
Excellent slump retention: It can effectively inhibit the hydration reaction rate in the early and induced stages of cement hydration.
Slow-release: The initial water reduction rate of this slump retention agent is low, and the dispersed components can be slowly released within 3 hours to maintain the fluidity of concrete.
High early strength: EPS-100 does not change the setting time of concrete, overcoming the shortcomings of the general retarder making the final setting time of concrete too long and the early strength development too slow.
Good cohesion: It can improve the cohesion of concrete, so that concrete has better workability, no delamination, no segregation, no water.
Wide adaptability: excellent slow-release performance for silica hydrochloride cement and ordinary Portland cement in different regions. It can be widely used in ordinary concrete, pumped concrete, super-fluid self-compacting and high-strength and high-durability concrete.
