Polycarboxylate Superplasticizer for Cement

Polycarboxylate superplasticizer is a high-performance water reducing agent. It is a cement dispersant used in cement concrete applications. Polycarboxylate concrete superplasticizer is widely used in roads, bridges, dams, tunnels, high-rise buildings and other projects. Get a quote.

Advantages of Polycarboxylate Superplasticizer

1.It has good compatibility with various cement, good slump retention performance of concrete, and prolonged concrete construction time.
The dosage is low, the water reduction rate is high, and the shrinkage is small.

2.Greatly improve the early and late strength of concrete.

3.Low chloride ion content and low alkali content are beneficial to the durability of concrete.

4.The production process is non-polluting and contains no formaldehyde. It conforms to the international standard of ISO14000 environmental protection management and is a green product.

5.With polycarboxylate superplasticizers, more slag or fly ash can be used instead of cement to reduce costs.
This series of products adopts international advanced external circulation spray B (C) oxy plus It is a device and adopts advanced catalytic technology.

Details:

Product Name: Polyether monomer polycarboxylate water reducer macromonomer 

Chemical name: methyl olefin polyether monomer HSHP-propyl polyoxyethylene ether 

Chemical structure: CH2C(CH3)CH2O(CH2CH2O)nH 

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Performance of Polycarboxylate Superplasticizer:

This series of products adopts international advanced external circulation spray B (C) oxy plus It is a device and adopts advanced catalytic technology.

It has high double bond retention rate, stable quality, narrow molecular weight distribution, low impurity content and high polymerization activity. 

This product is suitable for the synthesis of water-reducing agent mother liquor with higher requirements on water-reducing rate.

The polycarboxylate water-reducing agent mother liquor produced by this product has high-efficiency particle dispersion performance and retention ability, and has high water-reducing rate and good plasticity.

The characteristics of this product are sheet-like, water-soluble, stable in aqueous solution, and can be formulated into various concentrations of aqueous solution, which is more convenient to use. 

Quality Index:

Packing specification: 25kg woven bag 

Product shelf life: Under the specified storage and transportation conditions, the shelf life is one year.

Storage and transportation: This series of products is non-toxic, non-flammable, and can be handled according to the general chemical transportation regulations. Store in a dry, cool, ventilated place. Avoid direct sunlight and rain during transportation. The storage and transportation temperature should not be higher than 40 °C. 

Functions of Polycarboxylate superplasticizer

Improve the workability of concrete or mortar mix construction.

Improve the strength and other physical and mechanical properties of concrete or mortar.

Save cement or replace special cement.

Accelerate the early strength development of concrete or mortar.

Adjust the rate of setting and hardening of concrete or mortar.

Adjust the gas content of concrete or mortar.

Reduce the initial hydration heat of cement or delay the hydration heat release.

Improve the bleeding of the mixture.

Improve the corrosion resistance of concrete or mortar.

Improve the capillary structure of concrete or mortar.

Improve the pumping ability of concrete.

Improve the corrosion resistance of steel bars.

Improve the adhesion between the aggregate and the mortar interface.

Improve the grip of steel and concrete.

Improve the adhesion of new and old concrete interfaces.

Polycarboxylate superplasticizers (PCEs) emerged as one of the most important superplasticizers for concrete due to their superior performance. Compared to other products like polycondensates, they fluidize cement even at low water to cement ratios, require relatively low dosages, and exhibit a long slump retention capability. 

The high dispersing efficacy of PCEs can be ascribed to the nonionic side chains, which stretch out into the pore solution and act as a steric barrier to keep the cement particles apart. Moreover, due to the adsorption of the PCEs, a negative surface charge is induced, which also provokes electrostatic repulsion between cement particles.