MasterEase 3803 - Low Viscosity Concrete Concept
How does MasterEase 3803 work ?
The MasterEase 3803 is a superplasticizer, high range water reducer from recent research work of R & D laboratories of BASF’s Master Builders Solutions. The MasterEase 3803 is designed to impart exceptional rheological properties to fresh concrete. It improves considerably the placing and finishing of concretes and enhances the ease of concrete pumping for all construction activities.
Recommended Uses :
The MasterEase 3803 is recommended for the production of self-compacting concrete requiring low viscosity, long workability retention and high compressive strength. The MasterEase 3803 is specially formulated for the concrete industry. It is also suitable for applications in the general Civil and building sites.
What makes MasterEase 3803 an unique solution?
The MasterEase 3803 is based on an innovative polymer chemistry and it is patented by BASF. Its action differs from traditional superplasticizers, to the extent that the adsorption of polymers of MasterEase 3803 on binder particles is provided by a flexible chemical bond which does not impede the flow of concretes. This innovation significantly improves rheological behaviour of concretes treated by MasterEase 3803, they have a low yield stress, low viscosity with additional feature of long workability retention
What are the features & Benefits of MasterEase 3803 ?
It can be used for the realization and achievement of the following:
• Concrete complying to EN 206-1 / CN
• Precast and Site Mix concretes
• Superior Concrete pumping
• Reduction of Concrete waste
• Ease of compacting and finishing concrete
• High performance and ultra-high strength concrete
• Concrete for low environmental impact and high in mineral additions
• Architectural concrete
Please enter your full name
Please enter your Organisation Name
Enter Your Adress
Provide your contact number
Provide your Mail ID
Enter the product name you are interested
Thank you for giving us feedback
We will handle your message as soon as possible.