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XRT-A
xinrui-te
382440
XRT-A is a concentrated eco-friendly concrete admixture, a slump retaining polycarboxylate superplasticizer dominated by outstanding high water reducing performance. It features low alkali and environmental safety. A tiny adding amount can sharply reduce mixing water, save cement cost and improve concrete strength greatly.
Besides top water reduction, this polycarboxylate superplasticizer owns stable slump retention, little slump loss during transportation and construction. It matches precast, cast-in-place, high-strength, self-compacting and mass concrete, compatible with fly ash and slag powder. Without chloride, it prevents steel corrosion and concrete cracks.
Commonly used in high-speed rail, bridges, hydropower, nuclear power, subway, highway and harbor projects, it is ideal high water reducing polycarboxylate for ready-mix concrete factories and infrastructure contractors.
◆ The dosage of XRT-A is suggested as follows (wt.% of cement): 0.25%-0.8%.
◆ It can be mixed in metric water or added in concrete mixer. The
recommended stirring time is 150s at least. Concrete
mixing test should be made before using in order to insure concrete
quality.
◆ It can be compounded together retarder, defoamer, air-entertraning
reagent, lignin sulfonic natrium and so on.
| Feature | Description |
|---|---|
| High water reduction | The water reduction rate of concrete is above 30%-40%. |
| Easy control of production | XRT-A changeS the main chain molecular weight, side chain size, density and functional groups to adjust water reduction, concrete flow and air content, and keep concrete strength steady at the same time. |
| Good dispersion | It gives concrete great flow, so self-compacting concrete pours and settles easily on its own. |
| High strength gain rate | It boosts concrete’s early and final strength, cuts energy consumption from hydration, and lowers cracking, shrinkage and creep. |
| Wide adaptability | It works well with ordinary Portland cement, Portland cement, slag Portland cement and various mineral additives, with good dispersion and plasticizing effect. |
| Good strength and durability | Low void ratio, low alkali and chlorine-ion content. Enhance the strength and durability of concrete. |
| Environmentally friendly products | No pollution during production. |
| Low consumption and cost | It can be produced with a short cycle and low consumption, thus having a low cost. Especially suitable for commercial concrete. |
A. Liquid product: 230kg/200L PE drum,1150kg/IBC tank.
B. Sealed and stored under 0-35℃, far away from sunlight.
C. Shelf life is normally 12 months. It is tested for eligibility and then used when it exceeds.
As a professional polycarboxylate superplasticizer factory, we specialize in providing high-concentration PCE liquid tailored for global infrastructure demands. We offer polycarboxylate superplasticizer for sale in various packaging options, including 230kg drums and 1150kg IBC tanks, to meet different project scales. If you are looking for a trusted polycarboxylate superplasticizer manufacturer or seeking wholesale polycarboxylate superplasticizer at competitive factory prices, XRT-A is your ideal choice. Our chemical expertise ensures we are a leading supplier of PCE liquid, delivering consistent quality for precast and high-strength concrete applications worldwide.
1. Q:Does PCE affect concrete setting time?
A:Most PCEs have minimal or slight retarding effect. Specific molecular designs can accelerate or retard setting; field trials are
recommended.
2. Q:How compatible is PCE with different cement types?
A:PCEs are generally compatible with Portland, slag, and fly ash cements; clinker composition and SCM content affect performance
—conduct compatibility tests.
3. Q:What are the benefits of PCE for self-compacting concrete (SCC)?
A:PCE greatly enhances flowability and retention, reduces segregation, and improves fillability—making it ideal for SCC.
4. Q:Do chloride or sulfate ions in PCE affect concrete corrosion resistance?
A:Qualified PCEs are low-chloride and low-free-sulfate. High chloride can affect rebar corrosion—request chemical composition
and test certificates.
5. Q:What is the recommended addition sequence and mixing method?
A:Typically add PCE to the initial mixing water and mix thoroughly before adding other admixtures (per compatibility). Follow
supplier instructions for exact sequence.
6. Q:What water-reduction rate can PCE achieve?
A:Typical water reduction is 30–40%; high-performance formulations can exceed 40% under optimal conditions.
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