Uncategorized

Advanced Organoclay Rheological Additive - Your Ultimate Solution for Superior Performance

Organoclay Rheological Additive
Premium Organoclay Rheological Additive

Organoclay Rheological Additive

High-efficiency organoclay rheology modifier, modified from premium sodium bentonite powder. Provides exceptional thickening ability, thixotropy, suspension properties, and anti-sagging performance across diverse industrial applications.

≥98%
Fineness (<74μm)
≤3.5%
Moisture Content
230°C
Temperature Stable
24M
Shelf Life
Organoclay Rheological Additive
Premium Grade

Advanced Rheological Performance

Our Organoclay Rheological Additive is a high-efficiency organoclay modifier derived from premium sodium bentonite powder. Engineered for solvent-based systems, it delivers exceptional performance across low-polarity to high-polarity solvents.

Excellent thickening ability and high thixotropy
Superior suspension properties and anti-settling performance
Anti-pigment sagging and rheological consistency
Stable at high pressure and temperature (230°C)

Also Known As:

Rheology modifier, Organophilic clay, Organobentonite, Modified bentonite, Suspending agent, Anti-settling agent, Thixotropic agent, Viscosity control agent

Technical Specifications

Detailed technical data and specifications for our premium organoclay rheological additive

Product Specifications

Composition Organic derivative of montmorillonite clay
Appearance Fine powder, light yellow
Moisture Content ≤3.5% (105°C, 2hr)
Loss on Ignition 34.7% (1000°C)
Bulk Density 0.53g/cm³
Fineness ≥98% (<74μm)

Available Grades

Solvent-Based Grades

For coatings, inks, greases, and cosmetics

CP-40 CP-180 CP-EZ CP-10 CP-APA

Drilling Fluid Grades

For oilfield drilling applications

CP-2 CP-150 CP-982 CP-992

Water-Based Grades

For aqueous systems

CP-EW CP-WBS CP-EWS

Diverse Applications Across Multiple Industries

Our organoclay rheological additive serves as an essential component in formulations across coatings, drilling fluids, inks, lubricants, adhesives, and cosmetics industries.

Coatings & Paints

Solvent-based automotive, marine, industrial coatings with excellent anti-sagging properties.

  • • Automotive refinish coatings
  • • Marine & anti-corrosion coatings
  • • High-temperature industrial coatings
  • • Metal & wood coatings

Oil Drilling Fluids

High-performance viscosifier for drilling operations, stable at extreme conditions.

  • • Oil-based drilling fluids
  • • Invert emulsion fluids
  • • Workover & completion fluids
  • • Stable up to 230°C

Inks & Printing

Gravure, flexographic, screen printing inks with superior suspension properties.

  • • Packaging & industrial inks
  • • UV-curable ink systems
  • • Digital printing applications
  • • Offset printing inks

Lubricants & Grease

High-temperature grease applications with excellent thickening properties.

  • • Mineral & synthetic oil-based greases
  • • High-temperature applications
  • • Excellent dropping point
  • • Water resistance properties

Adhesives & Sealants

Solvent-based and hot melt adhesives with enhanced bonding control.

  • • Structural adhesives
  • • Polyurethane sealants
  • • Hot melt adhesives
  • • Specialty bonding applications

Cosmetics & Personal Care

Premium grade organoclay for cosmetic formulations and texture enhancement.

  • • Makeup & foundation products
  • • Skincare formulations
  • • Texture enhancement
  • • Safe rheology control

Usage Instructions

Detailed application procedures for optimal performance in grease and lubricant formulations

Application Procedure

1

Heat Base Oil

Heat the base oil to 60-70°C if conditions permit for optimal dispersion.

2

Add Organoclay

Add organoclay while stirring. Addition level: 7-10% of total formulation. Stir for 5-10 minutes.

3

Add Polar Activator

Add polar activator (acetone/water 95/5). Addition level: 2-3% of total formulation. Add other additives, stir 25-30 minutes.

4

Homogenization

Use pump to pass through colloid grinding and homogenizer for uniform dispersion.

5

Final Processing

Deair, filtrate, and pack the final product.

Key Advantages

  • High efficiency with light color and high clarity gel
  • Easy to use, no need to pregel
  • Consistent development of rheology
  • Can be used for post-correction

Performance Results

Lubricating grease using organoclay as thickener achieves:

High
Dropping Point
230°C
Temperature Stable

Excellent impermeability and water resistance for high-temperature applications.

Important Note

High-speed dispersant or grinding machine with properly prolonged dispersing time can achieve better gelation performance.

Packaging & Storage

Professional packaging solutions and storage requirements for optimal product preservation

Packaging Options

Standard Bags 25kg / 50lb
Bulk Bags 600kg
Material Kraft + PE liner

Custom packaging available upon request

Container Loading

20FCL with pallet 15 MT
20FCL without pallet 18 MT
40FCL with pallet 25.2 MT

Delivery: 7-10 days after deposit

Storage Requirements

Store in dry, well-ventilated area
Temperature: 0°C - 30°C
Keep container closed
Shelf life: 24 months

Follow proper handling procedures to maintain product quality

Ready to Enhance Your Formulations?

Get in touch with our technical experts for product samples, customized solutions, and comprehensive support for your organoclay requirements.

Email
sales@camp-shinning.com
WhatsApp/WeChat
+86-13185071071
Headquarters
Boutique Building, No.1 Jingzhou Road
Hangzhou, China, 310013
20+
Years Experience
ISO
9001 Certified
Global
Market Leader

Request Quote

We'll respond within 24 hours with detailed product information and pricing.

Related Articles

Discover more insights and expertise from CAMP-SHINNING