Revolutionary Ceraflour 927: Enhanced Water-borne Coating Properties

In the realm of water-borne coatings, achieving enhanced mechanical properties is crucial. Wax additives are essential for imparting a matte finish and bolstering the mechanical characteristics of coatings, such as scratch and abrasion resistance, as well as water and chemical resistance. Typically, the incorporation of powdered wax additives into aqueous systems demands significant dispersion effort, especially when organic co-solvents are absent.

Ceraflour 927: Engineered for Efficiency

Ceraflour 927 stands out in its category due to its tailored design for aqueous systems. Notably, it offers ease of incorporation, effectively dispersing throughout the coating system without necessitating co-solvents. [IMAGE_1] This unique property ensures that the wax remains evenly distributed, thereby enhancing the storage stability of the coatings.

Advantages of Ceraflour 927

• Ideal for water-borne systems
• Effortless dispersibility even in co-solvent-free environments
• Requires low shear forces for incorporation
• Maintains long-term storage stability, avoiding issues like syneresis or sedimentation
• Enhances scratch and abrasion resistance
• Improves water resistance
• Provides a superior matting effect due to excellent orientation
• Minimal foam stabilization
• No adverse effects on recoatability
• Facilitates post addition
• Completely formaldehyde-free

Conclusion

By integrating Ceraflour 927 into your water-borne systems, you can achieve remarkable improvements in coating performance without the need for extensive dispersion efforts or co-solvents. This innovative additive not only enhances the mechanical properties but also ensures long-lasting storage stability. [IMAGE_2] For businesses in the coatings industry, this wax additive represents a leap forward in formulating more effective and reliable products. Contact Keyser & Mackay today to learn more about integrating Ceraflour 927 into your solutions.