FAQ Page
Short answers to the most common oilfield organoclay questions, grouped by buyer task: product selection, application, dispersion and dosage, rheology and testing, documents, procurement, and troubleshooting. Each answer links to the page with the full detail.
Oilfield Organoclay FAQ Overview
This page groups short answers to the most common oilfield organoclay questions by buyer task: product selection, application, dispersion and dosage, rheology and testing, documents, procurement, and troubleshooting. Each answer links to the page with the full detail.
The most common mistake is picking a grade by model name or price alone, or asking scattered questions across several pages instead of finding the right resource. Use the categories below to go straight to the page that matches your question, then confirm details with the current TDS before ordering.
Compare your base oil, temperature, and target rheology against the OD-series grade options, or use the selection guide for a first screening step. See Grade Selection Guide for full detail.
OD-20 is the primary OBM viscosifier path, oriented toward viscosity and structure in oil-based mud. See OBM Viscosifier for full detail.
OD-05 is a general organophilic clay drilling grade used as a starting review path for OBM and SBM. See Organophilic Clay Drilling Grade for full detail.
No. OD-85 is in the approved model scope but is not treated as a core oilfield grade unless confirmed by current TDS. See Oilfield Organoclay Products for full detail.
When mixing energy or time is limited, an easy-dispersing grade such as OD-28 or OD-E29 can reduce shear and mixing-time requirements. See Easy-Dispersing Organoclay for full detail.
It builds viscosity, gel strength, and suspension in the oil-continuous phase once activated and dispersed. See Oil-Based Drilling Fluids for full detail.
It functions the same way as in OBM, since SBM is also an oil-continuous system, subject to grade and activator fit. See Synthetic-Based Mud for full detail.
It supports emulsion stability and rheology structure in the oil-external phase of invert emulsion systems. See Invert Emulsion Mud for full detail.
Most grades need a polar activator such as methanol or controlled water to fully develop structure. See Polar Activator Guide for full detail.
Confirm your fluid system, select a grade, plan activation and mixing, disperse under shear, then test and confirm. See How to Use Organoclay for full detail.
Prepare the base fluid, add the activator in sequence, add organoclay under shear, maintain mixing time, then check for complete dispersion. See Dispersion Procedure for full detail.
It helps organoclay platelets separate and swell in the oil phase so the fluid can build structure. See Polar Activator Guide for full detail.
Dosage depends on grade, base oil, and target rheology, so it is confirmed with the current TDS and a mix test, not a fixed figure. See Dosage Guide for full detail.
Grade fit, activation, and mixing energy together determine how much viscosity and yield point structure develops. See Viscosity and Yield Point Control for full detail.
Low-shear gel structure from organoclay helps suspend barite and solids when circulation slows. See Suspension and Anti-Settling for full detail.
Organoclay builds a structural network that rebuilds after shear, supporting gel strength at rest. See Gel Strength and Thixotropy for full detail.
Standard oilfield rheology testing, commonly following industry practices such as API RP 13B-2, evaluates viscosity, yield point, and gel strength. See Testing Methods for full detail.
Share your grade of interest or application, fluid system, and destination country for the fastest response. See Request TDS for full detail.
Share your grade of interest, destination country, and the purpose of the request, such as import filing or internal review. See Request SDS / MSDS for full detail.
Share your fluid system, target performance, sample quantity, and destination country. See COA and Sample Request for full detail.
Yes, a Certificate of Analysis is provided where available for the relevant production batch. See COA and Sample Request for full detail.
Standard MOQ is 1,000 kgs, with standard packaging of 25 kgs per bag. See Request a Quote for full detail.
Standard lead time is 7-10 working days after receiving deposit, though it can vary with order size and documentation. See Request a Quote for full detail.
Standard packaging is 25 kgs/bag, with 16 MT per 20FCL and 25 MT per 40FCL container loading with pallet. See Request a Quote for full detail.
Export markets include the United States, Canada, Mexico, Brazil, Argentina, Russia, Vietnam, Malaysia, and other markets. See Manufacturer and Supplier for full detail.
Jumping straight to a product page without confirming the fluid system and target performance first, which can lead to the wrong grade path. See Technical Resources Hub for full detail.
Skipping the activation or mixing steps and assuming dosage alone controls performance. See How to Use Organoclay for full detail.
Grade mismatch, insufficient activation, or inadequate mixing are the most common causes, not just dosage. See Drilling Fluid Rheology Modifier for full detail.
Assuming regular bentonite can be used in oil-based mud; untreated bentonite does not disperse in oil. See Organoclay vs Bentonite for full detail.
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