| BENTONE® 34 | Elementis | BENTONE® 34 rheological additive is a modified bentonite organoclay for low to medium polarity aliphatic and aromatic solventborne paint and coating systems. | |
| BENTONE® 38 | Elementis | BENTONE® 38 rheological additive is a modified hectorite organoclay. This rheology modifier is advised for medium polarity aliphatic and aromatic solventborne paint and coating systems. | |
| BENTONE® 54 | Elementis | BENTONE® 54 rheological additive is a modified bentonite organoclay for low to medium polarity aliphatic and aromatic solventborne paint and coating systems. This rheology modifier is easier to disperse than normal organoclays and is designed for direct m...view more BENTONE® 54 rheological additive is a modified bentonite organoclay for low to medium polarity aliphatic and aromatic solventborne paint and coating systems. This rheology modifier is easier to disperse than normal organoclays and is designed for direct mill-base incorporation. view less | |
| BENTONE SD®-1 | Elementis | BENTONE SD®-1 rheological additive is a modified bentonite organoclay for low polarity aliphatic and aromatic paint and coating systems. It is a very easily dispersible additive for solventborne systems. BENTONE SD®-1 can be added at any point in the pai...view more BENTONE SD®-1 rheological additive is a modified bentonite organoclay for low polarity aliphatic and aromatic paint and coating systems. It is a very easily dispersible additive for solventborne systems. BENTONE SD®-1 can be added at any point in the paint manufacturing process and can be used for post-correction. view less | |
| BENTONE SD®-2 | Elementis | BENTONE SD®-2 rheological additive is a modified bentonite organoclay for solventborne high polarity aromatic and oxygeneted paint and coating systems, such a ketones, esters, glycol ethers and alcohols, including polar systems with some aromatic solvents...view more BENTONE SD®-2 rheological additive is a modified bentonite organoclay for solventborne high polarity aromatic and oxygeneted paint and coating systems, such a ketones, esters, glycol ethers and alcohols, including polar systems with some aromatic solvents. view less | |
| CLAYTONE-40 | BYK | CLAYTONE-40 is a rheology additive in powder form based on an organophilic phyllosilicate for non-polar to medium-polar systems to create a thixotropic flow behavior. | |
| CLAYTONE-MPZ | BYK | CLAYTONE-MPZ is a highly efficient rheology additive based on an organophilic phyllosilicate especially for medium-polarity to high-polarity systems to generate thixotropic flow behavior. Due to its special organic modification, CLAYTONE-MPZ is ideally su...view more CLAYTONE-MPZ is a highly efficient rheology additive based on an organophilic phyllosilicate especially for medium-polarity to high-polarity systems to generate thixotropic flow behavior. Due to its special organic modification, CLAYTONE-MPZ is ideally suited to influencing the flow behavior of polar to medium-polarity coating systems. CLAYTONE-MPZ performs especially well in systems containing aromatic solvents, alcohols, glycols, ketones and esters. CLAYTONE-MPZ is the best solution particularly in epoxy systems or zinc (shop) primers, where high sag resistance or anti-settling performance is required. In comparison to other clays (e.g. Hectorite-based clays) CLAYTONE-MPZ outperforms these products in performance and ease of dispersion. view less | |
| CLAYTONE®-VZ | BYK | CLAYTONE®-VZ is a rheology additive in powder form based on an organophilic phyllosilicate especially for polar as well as for medium-polarity systems to generate thixotropic flow behavior. Due to its special organic modification, CLAYTONE®-VZ is ideally ...view more CLAYTONE®-VZ is a rheology additive in powder form based on an organophilic phyllosilicate especially for polar as well as for medium-polarity systems to generate thixotropic flow behavior. Due to its special organic modification, CLAYTONE®-VZ is ideally suited to influencing the flow behavior of polar to medium-polarity coating systems. Using the additive produces thixotropic flow behavior, and therefore results in significant improvement to the anti-sagging properties while at the same time maintaining good leveling. This also optimizes storage stability, and prevents pigments and fillers from settling. view less |
