Products

HFGEL-120-0 is an organic derivative of a bentonite clay with high purity. This highly efficient Rheology Modifier is designed for low to medium to some part of high polarity organic systems. The proper solvent can be aliphatic hydrocarbon, esters, ketone, and benzene. If using the medium to high polarity solvent such as the xylene, xylene-esters (e.g. butyl acetate), or xylene-ketone (e.g. acetone), the HFGEL-120-0 organic bentonite can be added as a dry powder for in-situ dispersion and activation without the addition of activator. If using the low polarity solvent such as 200# solvent or white oil, the HFGEL-120-0 organic bentonite need the help of activator for fully dispersion and activation. The activator can be 95% alcohol, typical levels range between 30-40% activator based on organic bentonite weight. The performance of HFGEL-120-0 is similar to Claytone 40, Claytone HT, Tixogel VZ, Bentone 38, 34,57,1000.

HFGEL-120-E is an organic derivative of a bentonite clay. This rheological additive is designed for medium to high polarity organic system, such as xylene-butyl acetate and xylene-butanol. The performance of HFGEL-120-E is similar to Bentone 27.

HFGEL-120-B is an organic derivative of a bentonite clay with high purity, easily dispersible and self-activated. This highly efficient Rheology Modifier is designed for medium to some part of high polarity organic systems. The proper solvent can be aliphatic hydrocarbon, esters, ketone, and benzene. If using the medium to high polarity solvent such as the xylene, xylene-esters (e.g. butyl acetate), or xylene-ketone (e.g. acetone), the HFGEL-120-B can be added as a dry powder for in-situ dispersion and activation without the addition of activator. If using the low polarity solvent such as 200# solvent or white oil, the HFGEL-120-B needs the help of activator for fully dispersion and activation. The activator can be 95% alcohol, typical levels range between 30-40% activator based on organic bentonite weight. The performance of HFGEL-120-B is similar to Bentone SD-1, Claytone AF, Tixogel-MP100.

BS-1C-0 is an organic derivative of a bentonite clay. This Rheology Modifier is designed for low to medium polarity organic solvent system, such as mineral oil, paraffin oil, toluene, xylene, 200# solvent oil.

HFGEL-120-C is an organic derivative of a bentonite clay. This Rheology Modifier is designed for medium to high polarity organic system, such as xylene-butyl acetate and xylene-butanol. The performance of HFGEL-120-C is similar to Bentone 27, SD-2.

BS-1C-2 is an organic derivative of a bentonite clay second generation of BS-1C. This rheological additive is designed for low to medium polarity organic solvent system, such as mineral oil, paraffin oil, toluene, xylene, 200# solvent oil. The performance of BS-1C-2 is similar to Claytone 40.

BS-1C-FF is an organic derivative of a bentonite clay. This rheological additive is designed for low to intermediate polarity organic system, such as mineral oil, paraffin oil, toluene, xylene, 200# solvent oil. The performance of BS-1C-FF is similar to Claytone 40, Bentone 38, 34.

HFGEL-120-A is an organic derivative of a bentonite clay with high purity, easily dispersible and self-activated. This highly efficient Rheology Modifier is designed for medium to some part of high polarity organic systems. The proper solvent can be aliphatic hydrocarbon, esters, ketone, and benzene. If using the medium to high polarity solvent such as the xylene, xylene-esters (e.g. butyl acetate), or xylene-ketone (e.g. acetone), the HFGEL-120-A can be added as a dry powder for in-situ dispersion and activation without the addition of activator. If using the low polarity solvent such as 200# solvent or white oil, the HFGEL-120-A needs the help of activator for fully dispersion and activation. The activator can be 95% alcohol, typical levels range between 30-40% activator based on organic bentonite weight. The performance of HFGEL-120-A is similar to Bentone SD-2, Claytone APA, Tixogel-MP250.