Technical Data Sheets for Common Organoclay Flow Improvers
Use this page to request the current technical data sheet for an organoclay flow improver and to identify the information needed before comparing grades. In coatings, inks, adhesives, sealants, lubricating grease and oil-based formulations, “flow improver” usually refers to a rheology additive selected to create controlled flow rather than simply make a material thinner. The appropriate TDS therefore depends on the continuous phase, application, processing route and required balance of viscosity, thixotropy, suspension and sag control.
Camp-Shinning provides TDS, SDS and COA support. This page does not replace a current grade-specific document with a generic specification table. Request the document by exact product identifier when known, or send the formulation details below so the technical team can confirm the appropriate document route.
Quick Answer
A useful organoclay flow improver TDS should identify the grade, material type, intended systems, typical properties, incorporation or activation route, application direction, storage information and document revision. Compare two sheets only after confirming that their test methods, units, formulation conditions and value status are comparable. Treat typical values as screening information, not as guaranteed limits or batch results. Final grade selection should be verified in the buyer’s actual formulation and process.
What “Flow Improver” Means in an Organoclay TDS
Organoclay is an organically modified clay used as a rheology modifier in non-aqueous and other compatible formulation systems. When properly selected and incorporated, its purpose may include viscosity development at rest, thixotropic recovery after shear, pigment or filler suspension, anti-settling behavior and sag control. These functions are related, but they are not interchangeable. A grade that supports suspension in one formulation is not automatically the best choice for application flow, leveling or process efficiency in another.
The term also covers more than one processing category. Some organoclay grades are designed for direct powder addition, while others rely on high shear, a polar activator or a pre-gel route. The current grade-specific TDS should control the decision. Do not transfer an incorporation method from a different product simply because both materials are described as organoclay flow improvers.
Core TDS Fields to Review Before Selecting a Grade
| TDS field | Question it should answer | Why it matters | Common mistake to avoid |
|---|---|---|---|
| Product identity | Does the full grade name match the sample, label and quotation? | Similar names can represent different polarity or processing profiles. | Using a sheet for a related but different grade. |
| Material and function | Is the product identified as an organoclay or organophilic clay rheology additive, and what function is described? | It establishes the document’s scope and the intended technical role. | Assuming “flow improver” means simple viscosity reduction. |
| System compatibility | Which continuous phases, polarity ranges or formulation types are addressed? | Organoclay selection depends strongly on the liquid phase and complete formulation. | Choosing from one headline property without checking system fit. |
| Typical properties | Which physical or technical properties are shown, with units and test conditions? | Values are meaningful only when the method and conditions are understood. | Comparing numbers produced by different methods. |
| Activation and dispersion | Does the grade require high shear, a polar activator, pre-gel preparation or another incorporation route? | Processing determines whether the clay can develop its intended structure. | Copying an activation method from another grade. |
| Addition point | Where in the manufacturing sequence should the material be introduced? | Order of addition can affect wetting, dispersion and process repeatability. | Adding the material at a convenient stage without checking the TDS. |
| Application direction | Which end uses or technical objectives does the document cover? | It helps separate broad material identity from verified grade-level use. | Extending one stated application to every industry. |
| Storage and packaging | What conditions and package information apply to the named grade? | Procurement and warehouse decisions require current grade-specific details. | Using information from an older or unrelated sheet. |
| Revision control | What is the issue date, revision number or superseded version? | Technical review should be tied to a controlled document version. | Approving an undated file saved under a generic filename. |
For a wider document inventory covering product identity, specifications, SDS and COA responsibilities, use the organoclay product datasheets and technical specifications center. This page remains focused on the TDS fields that affect organoclay flow-control selection.
Common Camp-Shinning TDS Request Routes
Camp-Shinning’s supplied product documents show that organoclay grades can differ in polarity range, target applications and incorporation route. The examples below are document-request starting points, not substitute specifications. Request the current TDS before making a formulation or purchasing decision.
| Document route | Verified scope in supplied product information | Information to send with the request |
|---|---|---|
| CP-10 TDS | Organoclay rheology additive documented for non-polar to medium-polar systems and applications including paints, putty, sealants, adhesives and inks. | Main solvent or oil, resin, required rheology function, available shear and whether direct addition or pre-gel processing is planned. |
| CP-34 TDS | Modified bentonite documented for solvent-based systems from low to medium-high polarity and uses including coatings, sealants, inks, grease and oil-based drilling mud. | Continuous phase, formulation polarity, application, dispersion equipment and proposed activation route. |
| CP-APA TDS | Organoclay rheology additive documented for moderate- to high-polarity solvent systems and applications including industrial paint, sealants, adhesives and inks. | Solvent blend, resin or binder, application method, processing sequence and target flow behavior. |
| CP-MP TDS | Organoclay rheology additive documented across a broad polarity range, with emphasis on medium- and high-polarity systems and uses including paints, inks, grease and sealants. | Exact formulation family, clarity or dispersion requirements, available shear and the technical result being evaluated. |
| CP-EDS TDS | Organoclay rheology additive documented for medium- and high-polarity systems, including aromatic and solvent-free ink, sealant and adhesive contexts, with additional application guidance for grease. | Application, continuous phase, process temperature where relevant, mixing equipment and whether grease-specific or other incorporation guidance is needed. |
| Grade not yet selected | Technical support is available for product recommendation, formula optimization, consultation, remote support and sample testing. | Send the application, complete liquid phase, formulation objective, current problem, process constraints, destination market and project stage. |
These product identifiers are not equivalency claims. Do not infer that two grades are interchangeable, or that one document covers every solvent, resin, oil or processing route. If your requirement concerns the broader mineral-additive category rather than an organoclay grade, follow the route for technical data sheets for bentonite-based rheology additive.
Match the TDS to the Formulation and Process
The same organoclay can behave differently when the solvent or oil, resin, pigments, fillers, surfactants, other additives, mixing sequence or shear conditions change. A reliable document request therefore begins with the formulation context. If confidential formulation details cannot be disclosed, provide enough category information for the technical team to identify the correct questions and document family.
- Identify the application. State whether the material will be used in a coating, printing ink, adhesive, sealant, lubricating grease, oil-based drilling fluid or another approved application.
- Describe the continuous phase. Name the principal solvent, oil, resin or other liquid phase and provide known polarity information.
- Define the required flow behavior. Explain whether the priority is suspension, anti-settling, sag control, viscosity development, thixotropic recovery, process flow or a balance of these functions.
- Describe the process. List the available mixer, expected shear, order of addition, temperature constraints and whether pre-gel preparation is practical.
- Report the current issue. Examples include settling during storage, sag on vertical application, weak structure after shear, difficult dispersion or inconsistent batch viscosity.
- Name the test method. Provide the instrument, spindle or geometry, speed or shear condition, temperature, conditioning time and sample preparation where available.
- State the project stage. Clarify whether you are screening a material, running a laboratory trial, scaling up, approving a supplier or reviewing a production batch.
If you need a portfolio-level introduction before choosing a grade-specific sheet, use the page explaining where to download organoclay technical brochures. A brochure helps establish the product family; the current TDS remains the controlling document for grade-level technical review.
How to Compare Organoclay TDS Values Correctly
Do not build a shortlist from one viscosity, moisture, fineness or bulk-density number. The reported value may describe the powder, a standard gel or a complete test formulation. It may also be typical rather than guaranteed. First establish what was tested and how, then decide whether the data answer the same buyer question.
| Comparison check | Pass condition | Action when it fails |
|---|---|---|
| Same technical purpose | Both grades address a comparable rheology function and formulation family. | Separate the candidates by application responsibility before comparing values. |
| Same value status | Typical values are compared with typical values, and specification limits with equivalent limits. | Request clarification instead of treating unlike value types as equal. |
| Comparable method | Instrument, method, sample concentration and preparation are compatible. | Do not rank the values until the test basis is aligned. |
| Comparable conditions | Temperature, shear or speed, conditioning time and measurement timing are known. | Ask for the missing conditions or repeat the test under one controlled method. |
| Relevant processing route | The activation and dispersion method can be reproduced with available equipment. | Request an alternative grade or technical guidance for the actual process. |
| Actual formulation validation | The candidate has been tested in the buyer’s complete formulation against defined acceptance criteria. | Request a sample and plan a controlled trial before scale-up. |
TDS, SDS and COA Serve Different Decisions
A TDS explains the technical identity and use of a grade. An SDS communicates handling, exposure, storage, transport and emergency information for the identified material and market. A COA records quality-control results for a specific batch or lot. None of these documents should be silently substituted for another.
- Use the TDS for grade screening, system fit, incorporation planning and technical comparison.
- Use the SDS for EHS review, laboratory or plant handling, warehousing and logistics. The dedicated bentonite safety data sheet route explains how to request the correct safety document.
- Use the COA to connect quality-control results to a named production batch or shipment.
- Use a controlled specification when purchasing or quality acceptance requires agreed limits rather than typical descriptive data.
Request Checklist for the Current TDS
| Required detail | What to provide | Purpose |
|---|---|---|
| Product identity | Exact grade, label photo, sample code or quotation reference. | Prevents a document for a similar name from being used. |
| Application | Finished product and the required rheology function. | Connects the document to the correct use context. |
| Formulation system | Main liquid phase, resin or binder, polarity and important fillers or pigments. | Supports compatibility and grade-route review. |
| Process | Mixer, shear, sequence, temperature and pre-gel capability. | Determines whether the documented incorporation route is practical. |
| Document need | TDS, SDS, COA, handling guidance or combined technical package. | Avoids substituting one document for another. |
| Market and language | Destination country and preferred document language. | Supports the correct safety or regulatory document request. |
| Version check | Title, issue date and revision of the document already held. | Allows the technical team to check whether it is current. |
| Project stage | Screening, trial, scale-up, approval, order or incoming QC. | Aligns the response with the buyer’s immediate decision. |
For an application-specific request involving acrylic formulations, use the dedicated route to request technical data sheets for acrylic rheology modifier. That related page owns the acrylic-specific document intent; this page provides the broader organoclay flow-improver review framework.
Camp-Shinning Technical and Document Support
Zhejiang Camp-Shinning New Material Co., Ltd. is a manufacturer, factory, exporter, OEM supplier and technical solution provider founded in 2005. Verified company capabilities include an own bentonite mine, an own manufacturing plant, a complete quality-control system and batch traceability. Technical services include product recommendation, formula optimization, technical consultation, remote support, sample testing, TDS, SDS and COA support.
Learn more about organoclay manufacturers and the verified manufacturing context behind the document request. Company information does not replace grade-level confirmation: formulation fit, processing and technical values should still be checked against the current TDS and the buyer’s controlled trial.
Frequently Asked Questions
Request the Correct Flow Improver Document
Send the exact grade if known, intended application, continuous phase, required rheology function, mixing process, document type, destination market and project stage. If no grade has been selected, include the current formulation problem and test method. Use the inquiry form on the page about our organoclay manufacturer to request the current TDS, supporting safety document or technical confirmation.