New Generation Polycarboxylate Ether, Superplasticizer.
PRODUCT DESCRIPTION
TT 9650 is a polycarboxylate ether-based polymer used as the main component in water-reducing and plasticizing concrete chemical admixtures. TT 9650 provides excellent workability retention and high water reduction, especially in aggregates with high methylene value.
APPLICATION AREAS
• In ready-mix concrete production
• In precast concrete production
• In self-consolidating concrete applications
• In low water/cement ratio concrete production
• In high early-strength concrete production
ADVANTAGES AND FEATURES
• Provides high water reduction in concrete,
• Ensures high strength in concrete,
• Provides workability retention in concrete without affecting the setting time,
• Provides a smooth surface appearance in concrete,
• Reduces labor costs,
• Increases efficiency
TECHNICAL SPECIFICATIONS
Color and Form | Yellowish liquid |
Chemical Origin | Polycarboxylate ether |
Density (kg/L) | 1.110 ± 0.02 (at +20 °C) |
pH | 3-7 |
Solid Content % | 50.0 ± 2.0 |
New Generation Polycarboxylate Ether, Superplasticizer.
PRODUCT DESCRIPTION
TT 9650 is a polycarboxylate ether-based polymer used as the main component in water-reducing and plasticizing concrete chemical admixtures. TT 9650 provides excellent workability retention and high water reduction, especially in aggregates with high methylene value.
APPLICATION AREAS
• In ready-mix concrete production
• In precast concrete production
• In self-consolidating concrete applications
• In low water/cement ratio concrete production
• In high early-strength concrete production
ADVANTAGES AND FEATURES
• Provides high water reduction in concrete,
• Ensures high strength in concrete,
• Provides workability retention in concrete without affecting the setting time,
• Provides a smooth surface appearance in concrete,
• Reduces labor costs,
• Increases efficiency
TECHNICAL SPECIFICATIONS
Color and Form | Yellowish liquid |
Chemical Origin | Polycarboxylate ether |
Density (kg/L) | 1.110 ± 0.02 (at +20 °C) |
pH | 3-7 |
Solid Content % | 50.0 ± 2.0 |