High Performance Water-reducing Admixture

Functional Polycarboxylate Superplasticizer

210421LhlAHJ7YX3Eso2iCgUVakGj6xbdvwzfcyBTN0u8S1WZDKPrOqRpIMte49QFn.jpg

PCA®-IV Polycarboxylate Superplasticizer with Shrinkage-reducingand Anti-cracking

PCA ® -IV is a new generation superplasticizer with a base of modified Polycarboxylic ether. It offers maximal water reduction, increased early strength, and enhanced finishing characteristics. PCA ® -IV contains no formaldehyde, calcium chloride or other purposely added chlorides and will not initiate or encourage the corrosion of the steel present in the concrete. It is formulated to comply with the subsequent specifications for concrete admixture: ASTM494, Type F; BS EN934:2/3.2.3.


Functional Polycarboxylate Superplasticizer

210421vmY0KtDhoUlMcq2SeTZA1rBjFJ9I8uaONHbsVRyx6izEwWQnG4d57g3PCpfL.jpg

PCA®-III Polycarboxylate Superplasticizer with High Slump Retention

PCA ® -III is based on comb polymer technology and is a generation of admixture that is specially formulated for slump retention. Along with polycarboxylate superplasticizer added into concrete, PCA ® -III has been created to produce superior slump retention. PCA ® -III contains no formaldehyde, calcium chloride or other purposely added chlorides, and will not initiate or encourage the corrosion of the steel present in the concrete. PCA ® -III is formulated to comply with the subsequent specifications for concrete admixture: ASTM494, Type F; BS EN934:2/3.2.3.
 


High Performance Polycarboxylate Superplasticizer

2104198KOelQpRTymbXJGj96dVWvuSntPrk251IY7hgNC3Z0faEswx4cBHAUozqFiD.jpg

PCA®-VIII High Performance Polycarboxylate Superplasticizer

PCA ® -VIII is a new generation superplasticizer with a base of modified polycarboxylic ether. It offers maximal water reduction, increased early strength, and enhanced finishing characteristics. PCA ® -VIII contains no formaldehyde, calcium chloride or other purposely added chlorides and will not initiate or encourage the corrosion of the steel present in the concrete.

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High Performance Water-reducing Admixture

Functional Polycarboxylate Superplasticizer

210421LhlAHJ7YX3Eso2iCgUVakGj6xbdvwzfcyBTN0u8S1WZDKPrOqRpIMte49QFn.jpg

PCA®-IV Polycarboxylate Superplasticizer with Shrinkage-reducingand Anti-cracking

PCA ® -IV is a new generation superplasticizer with a base of modified Polycarboxylic ether. It offers maximal water reduction, increased early strength, and enhanced finishing characteristics. PCA ® -IV contains no formaldehyde, calcium chloride or other purposely added chlorides and will not initiate or encourage the corrosion of the steel present in the concrete. It is formulated to comply with the subsequent specifications for concrete admixture: ASTM494, Type F; BS EN934:2/3.2.3.


Functional Polycarboxylate Superplasticizer

210421vmY0KtDhoUlMcq2SeTZA1rBjFJ9I8uaONHbsVRyx6izEwWQnG4d57g3PCpfL.jpg

PCA®-III Polycarboxylate Superplasticizer with High Slump Retention

PCA ® -III is based on comb polymer technology and is a generation of admixture that is specially formulated for slump retention. Along with polycarboxylate superplasticizer added into concrete, PCA ® -III has been created to produce superior slump retention. PCA ® -III contains no formaldehyde, calcium chloride or other purposely added chlorides, and will not initiate or encourage the corrosion of the steel present in the concrete. PCA ® -III is formulated to comply with the subsequent specifications for concrete admixture: ASTM494, Type F; BS EN934:2/3.2.3.
 


High Performance Polycarboxylate Superplasticizer

2104198KOelQpRTymbXJGj96dVWvuSntPrk251IY7hgNC3Z0faEswx4cBHAUozqFiD.jpg

PCA®-VIII High Performance Polycarboxylate Superplasticizer

PCA ® -VIII is a new generation superplasticizer with a base of modified polycarboxylic ether. It offers maximal water reduction, increased early strength, and enhanced finishing characteristics. PCA ® -VIII contains no formaldehyde, calcium chloride or other purposely added chlorides and will not initiate or encourage the corrosion of the steel present in the concrete.

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