Product

RC-JM Polycarboxylate Ether Superplasticizer Base Liquids

Our company's Polycarboxylate Ether (PCE) Superplasticizer Base Liquids are produced using polyether macromonomers as the primary raw material, employing advanced free radical catalytic polymerization technology at ambient or low temperatures. Designed with specific ionic functional groups and a rigid molecular conformation, they provide steric hindrance and strong electrostatic repulsion. This effectively enhances the adsorption-dispersion capability and compatibility with various concrete raw materials. The products are characterized by high water reduction, excellent slump retention, and broad adaptability. The series includes Water-Reducing, Slump-Retaining, and Viscosity-Reducing/Comprehensive types.

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Advanced Raw Meal Grinding Aid

Lowers clinker coal consumption by ≥3.5 kg/t.cl ,Reduces comprehensive CO₂ emissions by ≥2%,Cuts initial SO₂ concentration in flue gas by ≥30%

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Brown Advanced Raw Meal Grinding Aid

Lowers clinker coal consumption by ≥3.5 kg/t.cl ,Reduces comprehensive CO₂ emissions by ≥2%,Cuts initial SO₂ concentration in flue gas by ≥30%

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PH ≥9.0 Advanced Raw Meal Grinding Aid

Lowers clinker coal consumption by ≥3.5 kg/t.cl ,Reduces comprehensive CO₂ emissions by ≥2%,Cuts initial SO₂ concentration in flue gas by ≥30%

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Solid content 38–42% Advanced Raw Meal Grinding Aid

Lowers clinker coal consumption by ≥3.5 kg/t.cl ,Reduces comprehensive CO₂ emissions by ≥2%,Cuts initial SO₂ concentration in flue gas by ≥30%

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Alkali content ≤0.05% Advanced Raw Meal Grinding Aid

Lowers clinker coal consumption by ≥3.5 kg/t.cl ,Reduces comprehensive CO₂ emissions by ≥2%,Cuts initial SO₂ concentration in flue gas by ≥30%

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Chloride ≤0.005% Advanced Raw Meal Grinding Aid

Lowers clinker coal consumption by ≥3.5 kg/t.cl ,Reduces comprehensive CO₂ emissions by ≥2%,Cuts initial SO₂ concentration in flue gas by ≥30%

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