Organo Bentonite Suspension Agent: Organoclay bentonite is an important presence in the petrochemical industry. It is used as an efficient suspending agent and stabilizing thixotropic agent.

It is also an ideal rheological additive, which meets the different base oils used in the oilfield drilling industry, whether your base oil is diesel oil or mineral oil, which is often referred to as white oil, or synthetic oils, we have a corresponding organic clay bentonite model to recommend to you to meet the requirements of different base oils formulations, and ultimately to achieve ideal rheological and suspending properties and thixotropic properties. And in some high temperature and high pressure environment. Our organic bentonite also always maintain a stable performance. 

We recommend that you use the organophilic clay bentonite, in strict accordance with the organoclay bentonite to join the order and steps to join the use, because the wrong order of joining will directly affect the performance of the organic bentonite itself. Currently in Russia, Canada and other regions have special requirements for high-temperature and high-pressure drilling mud fluid and completion fluid. 

In these extreme environments, our high-temperature, high-pressure, stable organiclay bentonite has obvious advantages over traditional organic clay bentonite. You can decide which is the more cost-effective organobentonite to use by requesting free samples for testing, and determining the amount of additive you need to use as this will affect the performance of your final formulation.

Organo Bentonite Suspension Agent: Preventing Delamination in Stored Drilling Muds

Organophilic Bentonite Clay for Eco Friendly Fluids
Rheology Modifier for Solvent Coatings
Rheological Additive Organoclay for Industrial Coatings

Organoclay Applications

Organo Bentonite Suspension Agent: Preventing Delamination in Stored Drilling Muds

glass beads for blasting
Organoclay for greases
glass microspheres

Organo Bentonite Suspension Agent: Preventing Delamination in Stored Drilling Muds