About Aquaflow Xls Series The Next Generation Of Rheology Control Chemistry: Aquaflow
Aquaflow Xls Series The Next Generation Of Rheology Control Chemistry: Aquaflow
Aquaflow XLS-series NSATs are highly efficient, second generation, low-shear effective liquid thickeners. The Aquaflow XLS chemistry provides an optimized balance of leveling with exceptional sag-resistance through a unique engineered structure recovery behavior. This balance of properties means that painters will appreciate a virtually drip-free application resulting in beautiful finished painted surfaces free of brush marks, which is particularly desirable in semi-gloss and high-gloss paints.
Aquaflow XLS-series rheology modifiers also deliver improved viscosity retention upon point-of-sale tinting with universal colorants. XLS technology works well in whites, ready-mix colors and tint bases, including deep bases, which often present a challenge for other synthetic thickeners.
Three Aquaflow XLS grades are available and are optimized according to tint base and resin type.
All grades of Aquaflow XLS rheology modifiers are supplied as low-viscosity, APEO-free and solvent-free liquids for a cost-effective designed rheology solution in an environmentally responsible package, ideal for your next generation of greener paints.
key benefits:
exceptional balance of leveling and sag resistance
drip-resistant application
superior thickening efficiency
improved viscosity retention on tinting with universal colorants
improved brush loading
improved applied hiding
Advanced Rheology Control for Water-Based SystemsAquaflowTM XLS Series harnesses HEUR technology to fine-tune viscosity and application properties in water-borne paints, coatings, adhesives, and more. Its highly efficient thickening action, compatibility with various binders, pigments, and additives, and stability under diverse pH conditions ensure reliable, premium performance in industrial formulations.
Sustainable Chemistry for Modern ApplicationsFormulated to meet strict environmental regulations, AquaflowTM XLS Series is low VOC, APEO-free, and enables manufacturers to create safer, eco-friendly products. Its powder form means low odor and easy integration, supporting workplace safety and compliance in industrial environments.
FAQ's of Aquaflowa Xls Series a The Next Generation Of Rheology Control Chemistry: Aquaflow:
Q: How does AquaflowTM XLS Series improve rheology control in water-based formulations?
A: AquaflowTM XLS Series uses next generation HEUR chemistry to enhance thickening efficiency, giving formulators fine control over viscosity, leveling, and flow. Its associative mechanisms improve anti-sagging and application performance for coatings, adhesives, and related products.
Q: What types of applications can AquaflowTM XLS Series be used for?
A: This product is designed for use in water-borne paints, coatings, adhesives, inks, and construction chemical formulations, providing tailored viscosity and application characteristics for diverse industrial environments.
Q: When should AquaflowTM XLS Series be added during the formulation process?
A: AquaflowTM XLS Series can be incorporated during the mixing or dispersion stage of production, ensuring uniform distribution and optimal viscosity control throughout the formulation.
Q: Where is AquaflowTM XLS Series typically sourced and how is it packaged?
A: AquaflowTM XLS Series is available from suppliers and traders in India, packed in 20 kg and 100 kg HDPE drums or bags for secure transport and storage.
Q: What process should be followed for storing AquaflowTM XLS Series?
A: Store the product in a cool, dry location within tightly closed containers, avoiding moisture and direct sunlight to maintain integrity and effectiveness throughout its 24-month shelf life.
Q: How does using AquaflowTM XLS Series benefit manufacturers and end-users?
A: Manufacturers benefit from excellent thickening efficiency, improved flow, and enhanced application properties, while end-users enjoy low odor, safe, and environmentally compliant water-based products that maintain stability and performance.