CHRYSO®Omega
A flexible dosage range that allows for the production of cohesive concrete from low to high slump
CHRYSO®Plast Omega is a complete range of multi-dosage plasticizers, latest generation water reducers.
The range CHRYSO®Plast Omega offers a strong potential for water reduction, maintaining workability and cohesion to concrete.
The strong dispersing power of these products facilitates the production of fluid concrete.
The range CHRYSO®Plast Omega It is characterized by very flexible use and the extended dosage range allows use in a wide range of concretes.
EXTENDED DOSAGE RANGE
FLEXIBLE TO USE
OPENABILITY
Products
CHRYSO®Omega SL 92
CHRYSO®Omega SL 92 is a new generation superplasticizer based on polycarboxylate and modified phosphonate.
Thanks to its specially designed molecular structure, CHRYSO®Omega SL 92 enables the concrete manufacturer to produce cohesive, low viscous concrete with long workability retention.
CHRYSO®Omega SL 92 has been developed to maintain fresh concrete workability without compromising the setting time.
CHRYSO Omega SL 50
CHRYSO®Omega SL 50 is a new generation superplasticizer. It’s molecular structure has been especially designed to give it exceptional properties in the use of concrete.
CHRYSO®Omega SL 50 helps to obtain very long workabilities and cohesiveness in concrete mixes especially when using manufactured or crushed sands.
CHRYSO®Omega SL 50 results in a homogeneous concrete, without bleeding. With this innovative admixture, the concrete obtained is cohesive and its viscosity is low even when using 100% manufactured or crushed sand, which helps to obtain better-looking facings
CHRYSO Omega SL 55
CHRYSO® Omega SL 55 is a new generation superplasticizer based on polycarboxylate.
Thanks to its specially designed molecular structure, CHRYSO ® Omega SL 55 enables the concrete manufacturer to produce cohesive, low viscous concrete with long workability retention
CHRYSO® Omega SL 55 has been developed to maintain fresh concrete workability without compromising the setting time