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Home > Concrete Superplasticizer > PCE Superplasticizer for Hot Weather Concrete Construction High Stability
PCE Superplasticizer for Hot Weather Concrete Construction High Stability
PCE Superplasticizer for Hot Weather Concrete Construction High Stability
PCE Superplasticizer for Hot Weather Concrete Construction High Stability
PCE Superplasticizer for Hot Weather Concrete Construction High Stability
PCE Superplasticizer for Hot Weather Concrete Construction High Stability
1 / 5
PCE Superplasticizer for Hot Weather Concrete Construction High Stability
PCE Superplasticizer for Hot Weather Concrete Construction High Stability
PCE Superplasticizer for Hot Weather Concrete Construction High Stability
PCE Superplasticizer for Hot Weather Concrete Construction High Stability
PCE Superplasticizer for Hot Weather Concrete Construction High Stability

PCE Superplasticizer for Hot Weather Concrete Construction High Stability

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Product Description

Basic Information
Chemical Composition
Polycarboxylate Ether
Setting Time
Rapid Setting Time
Type
High-range Water-reducing Agent
Water Reduction Rate
20%-30%
Transport Package
Bag / Drum / IBC
Specification
25 kg bag / 220 kg drum / 1000 kg IBC
HS Code
3824400000
Production Capacity
5000 Tons/Year
Product Description
PCE Superplasticizer
The Ultimate No-Mix, Early-Strength Powerhouse

PCE 159L No-Mix Early Strength Booster is engineered for ultra-rapid strength gain. Achieve unmatched productivity without the hassle of complex compounding. Pour. Set. Demold. Repeat. Fast.

  • Ready-to-Use: Straight from the drum, no complex ratios required.
  • Rapid Strength: Achieves 40% higher strength in just 8 hours.
  • Efficiency: Zero compounding required - eliminates blending errors.
  • Application: Ideal for Precast & Rapid Turnaround Projects.
  • Safety: Zero Chloride, ensuring no corrosion risk for steel reinforcement.
Production Consistency
Demolding Speed

Slash Demolding Times by 50%: Our formula accelerates cement hydration dramatically. Achieve demolding strengths in 8-12 hours, turning molds over twice as fast and increasing asset utilization.

High Performance Concrete
Winter Construction
Technical Specifications
Lab Testing 1
Lab Testing 2
Lab Testing 3
Property Value / Description
AppearanceWhite Transparent Liquid
Solid Content50% ± 2% or 60% ± 2%
pH Value5 ± 2
Density (at 25°C)1.05 ± 0.05 g/cm³
Chloride Content0% (Chloride-Free)
Alkali ContentExtremely Low
Recommended Dosage0.2% - 0.5% of cementitious materials
Shelf Life6 months in original packaging
Recommended Applications
  • Precast & Prestressed Concrete: Railway sleepers, bridge beams, metro tunnel segments, piles, and facade panels.
  • Rapid Repair Projects: Roadways, airport runways, and industrial flooring requiring quick reopening.
  • Shotcrete (Sprayed Concrete): Underground support requiring immediate strength gain.
  • Cold Weather Concreting: Effective in temperatures as low as 5°C (41°F).
How to Use: Simply add directly to the concrete mix at the plant. Proceed with standard mixing. No complicated guesswork.
Packaging & Logistics
Drums Packaging
IBC Packaging
Loading 1
Loading 2
Loading 3

Storage: Store in a cool, shaded place (0°C - 40°C). If frozen, thaw and mix thoroughly before use.

Safety: Non-toxic, non-flammable, and non-irritating. Classified as non-dangerous goods for transport.

Production Facility
Video Cover
Frequently Asked Questions
Is there really no compounding required?
Yes. PCE 159L is a complete, ready-to-use formulation that provides both high-range water reduction and targeted early strength acceleration in one product.
How does it compare to using standard PCE plus an accelerator?
It is simpler and more reliable. Traditional accelerators can cause corrosion or compromise final strength; PCE 159L is chloride-free and enhances both early and ultimate strength.
Will it work with my specific cement type?
It shows excellent compatibility with most Type I/II OPC cements. We recommend initial trial mixes to validate performance with your specific local materials.
Is the total cost higher than blending on-site?
While the unit cost might differ, the Total Cost of Ownership is lower due to reduced labor, eliminated blending equipment, fewer errors, and increased production capacity.
What is the recommended dosage?
The typical dosage is 0.2% to 0.5% of the total weight of cementitious materials (based on solid content), depending on the desired workability and strength gain.
Can it be used in freezing weather?
It is highly effective in low-temperature conditions down to 5°C (41°F), preventing the production slowdowns common with conventional admixtures in winter.

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