MASTERGLENIUM SKY 695

MasterGlenium SKY 695 is an innovative second genera- tion superplasticizer of polycarboxylic ether (PCE) polymers. It is derived directly from the Total Performance Con- tro/TMconcept. MasterGlenium SKY 695 is specially engineered for ready- mix Rheoplastic concrete having fluid
consistence and self- compacting concrete, having a good workability retention (> 90 minutes), especially under hot conditions. The fresh con- crete shows no segregation and at the same time has a low water cement ratio and, consequently, high early and long term strengths as per EN 206-1 and UNI 11104 standards.

MasterGlenium SKY 695 is chloride free, meets UNI EN 934-2, UNI EN 480 (1-2), UNI 10765, ASTM C 494 requirements for Type F and it is also compatible with all cements meeting the EN 197 and ASTM C 150 standards.

The Total Performance ControlTM concept ensures that ready-mix producers, contractors and engineers get a concrete that is of the same high quality as originally specified; starting from production at the batching plant, to the delivery and placing into the formworks and followed by
its hardening process. Utilizing RheodynamicTM concrete technology it provides a concrete mix with exceptional placing characteristics and accelerated cement hydration for early strength development and high-quality concrete.

• Reduction the water content with respect to the state of the art polycarboxylate based superplasticisers.
• Production of Rheoplastic and Rheodynamic concrete having a very low W/C.
• Workability retention for a longer period especially in hot weather conditions avoiding the problem of re-tempering with water before the pouring operation.
• Improvement of the rheology even in concrete mixes hav- ing a low fines content.
• Optimization of the production of durable concrete as per the EN 206-1 and UNI 11104 standards.
• As compared to the traditional superplasticisers, the en- gineering properties such as early and ultimate compressive and flexural strengths, bond to steel, and modulus of elasticity, shrinkage, creep, and impermeability are improved.