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Water Reducing Polycarboxylate Superplasticizer Pce 40% 50% As Conrete Additive

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Water Reducing Pce Polycarboxylate Superplasticizer 40% 50% As Concrete Additive

XRT-WC polycarboxylate superplasticizer is a modified alkylene polyoxyethylene ether monomer, also known as a six-carbon monomer. It further enhances the workability of freshly mixed concrete, particularly for high-slump concrete, self-leveling concrete, or self-compacting concrete.

Corrosion of steel bars:	NO
Name:	Water Reducing Polycarboxylate Superplasticizer Pce 40% 50% As Conrete Additive
Solid content:	40% or 50%
Appearance:	Light yellow
Standard:	GB8076-2008
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Model:
XRT-WC
Brand:
xinrui-te
Code:
382440

Product Description

Polycarboxylate Superplasticizer Overview

XRT-WC polycarboxylate superplasticizer is made from a modified alkylene polyoxyethylene ether monomer, also called a 6-carbon monomer, producing a 6-carbon polycarboxylate ether superplasticizer. It makes fresh concrete much easier to work with, performing especially well with high-slump, self-leveling, and self-compacting concrete. When using low-quality sand and stone, cement that isn’t well-adapted, or reduced cementitious content, XRT-WC — an eco-friendly polycarboxylate water reducer — greatly stabilizes the slump and improves paste wrapping. It delivers excellent results even where common retarders fail, with clear and reliable performance.

6-carbon PCE Polycarboxylate Superplasticizer Core Features

This is a 6-carbon PCE polycarboxylate superplasticizer, also optimized as a low-slump-loss PCE superplasticizer formulation for long-haul mixes, and is ideal as a polycarboxylate superplasticizer for high-strength precast concrete.

◆High Water Reduction Efficiency

Strong water-reducing power: Boosts concrete fluidity at the same water

content, or cuts mixing water sharply to lift concrete strength while

maintaining consistent flow.

◆Excellent Slump Retention

Minimal long-term slump loss, preserves workability for long-distance transport and high-temp construction, no segregation or

bleeding.

◆ Wide Material Compatibility

Performs well with low-grade sand & stone, high-mud aggregates, ordinary and low-grade cement, and stable even with poorly

adaptable cement.

◆Superior Paste Coating & Workability

Perfect aggregate wrapping, no stratification, enables smooth pumping, ideal for high-slump, self-leveling and self-compacting

concrete.

◆Great for Low-Binder Mixes

Stable work performance in mixes with low cementitious materials, effectively cutting cement costs without compromising quality.

◆ Broad Application Scope

Fixes slump retention and construction issues that regular retarders can’t solve, suitable for both normal and high-temperature

conditions, job sites.

Polycarboxylate Superplasticizer Data Sheets

Test Items			Specification	Test Result	Judge
Uniformity Index	Alkali Content, %		≤10.0	1.1	Qualified
	Chloride Content, %		≤0.200	0.004	Qualified
	Na2SO4Content, %		≤10.0	0.04	Qualified
Water Reducing Rate, %			≥25	33	Qualified
Bleeding Rate, %			≤60	0	Qualified
Air Content, %			≤6.0	3.2	Qualified
Setting Time Deff , min		Ini	-90～+120	+80	Qualified
Setting Time Deff , min		Fin	-90～+120	+55	Qualified
Slump loss (60min),mm			≤80	0	Qualified
Compressive Strengh Ratio %		1day	≥170	225	Qualified
		3day	≥160	205	Qualified
		7day	≥150	190	Qualified
		28day	≥140	170	Qualified
Shrinkage(28day) %			≤110	—	—

Recommended Dosage of 6-Carbon Polycarboxylate Superplasticizer (Industry Standard)

Working Condition / Concrete Type	Recommended Dosage (Based on total cementitious materials: cement + fly ash + mineral powder)
General Recommended Dosage	1.8%～2.5%
Ordinary Pumped Civil Concrete (C30–C40)	1.8%～2.2%
High-Strength Concrete (C50 and above, suitable for C50 C60)	2.2%～2.5%
Manufactured Sand, High Mud Content, Poor-Quality Aggregate (good compatibility for poor sand)	2.3%～2.6% (slightly increase)
Low Binder, Cost-Effective Concrete Mix	2.0%～2.4%
Summer High Temperature & Long-Distance Transportation	0.1%～0.2% higher than the general dosage
Winter Low-Temperature Construction	0.1% lower than the general dosage (avoid excessive retarding)