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CP-180 Organoclay Modified Montmorillonite | Flame Retardant Synergist for Nylon 6

CP-180 organoclay for flame retardant Nylon 6

CP-180B Organoclay Modified Montmorillonite โ€“ Premium Flame Retardant Synergist for Nylon 6 Compounding

Introduction

Camp-Shinning CP-180 is a high-performance organo clay (organically modified montmorillonite), upgraded formulation based on classic CP-180 grade.
Engineered for intermediate & low-polarity solvent systems, CP-180B features finer particle size and superior dispersibility compared with standard CP-180.
Beyond wide applications in coatings, greases, inks and cosmetics, it acts as an irreplaceable synergistic additive for flame retardant Nylon 6 (PA6), solving core pain points of plastic compound manufacturers while bringing obvious cost and performance upgrades.

CP-180 organoclay for flame retardant Nylon 6

Core Pain Points of Traditional Flame Retardant Nylon 6 Formulation

Most flame retardants applied in polyamide 6 carry two major drawbacks that push up production cost and damage processing equipment:
  1. High raw material cost: Conventional flame retardants are far more expensive than PA6 resin. High FR loading directly raises overall compound cost per kilogram.
  2. Severe processing side effects: Excessive flame retardant triggers heavy mold corrosion during injection molding, releases strong irritating odor and massive toxic harmful fumes, worsening workshop environment and end product safety risks.
  3. Compromised mechanical performance: Over-dosing flame retardants weakens the structural stability of finished Nylon 6 parts.
All these challenges can be fully resolved by blending Camp-Shinning CP-180B organoclay into your PA6 formula.

Unique Advantages of CP-180B for Flame Retardant Nylon 6

1. Dramatically Cut Flame Retardant Dosage & Reduce Overall Cost

CP-180B delivers powerful flame retardant synergistic effect, which slashes required flame retardant content by more than half in Nylon 6 compounding.
  • Raw material cost advantage: Using CP-180B brings down the comprehensive material cost by RMB 2 per kilogram of finished PA6 product.
  • Less expensive flame retardant consumption directly optimizes your gross profit margin without sacrificing fire resistance standard.

2. Eliminate Processing Hazards & Protect Molds

With 50%+ less flame retardant added into PA6 matrix:
  • Greatly slow down mold corrosion, extending mold service life and lowering maintenance expenses.
  • Significantly suppress pungent odor and emission of harmful toxic gases during extrusion and injection molding, creating a safer, more eco-friendly production environment.

3. Upgraded Material Performance

CP-180B organoclay forms uniform nano-scale exfoliated layers inside Nylon 6 resin, reinforcing the char formation effect during combustion. It stabilizes flame retardant efficiency, improves thermal stability of PA6 nanocomposites, and maintains balanced mechanical properties of finished plastic components.

4. Better Dispersibility Than Standard CP-180

As an improved grade of CP-180, CP-180B comes with finer powder fineness, disperses faster and more evenly under high shear mixing, no agglomeration spots to damage finished product appearance and performance.

Full Technical Specifications of CP-180B Organoclay

CP-180 organoclay for flame retardant Nylon 6

Item Technical Index
Composition Organic derivative of montmorillonite clay
Appearance Light yellow fine powder
Moisture content (105โ„ƒ, 2hr) โ‰ค3.5%
Loss on ignition (1000โ„ƒ) 29%โ€“32%
Bulk density 0.53g/cmยณ
Fineness (<74ฮผm) โ‰ฅ98%

General Performance Advantages of CP-180B Organoclay

  • Outstanding gelling and thixotropic efficiency across medium & low polarity systems
  • Effortless high-shear dispersion, no heating required for full activation
  • Produces colorless, high-clarity gel without yellowing finished products
  • Stable thixotropy within wide temperature range for consistent batch repeatability
  • Excellent suspension & anti-sagging property, prevents hard settling of pigments and fillers, without damaging flow and leveling performance
  • Strong film reinforcing effect in all organic binder systems
  • Perfect replacement for fumed silica to cut formulation cost in multiple industries

Wide Application Scope of CP-180B

  1. Nano-composite plastics (Core use: Flame retardant Nylon 6 / PA6 compounding)
  2. Transparent solvent-based coatings
  3. Lubricant grease, industrial ink, construction sealant
  4. Cosmetic rheology modifier
  5. Cost-effective substitute of fumed silica

Standard Dispersion & Addition Guide

  1. Dispersion condition: High shear mixing equipment; no heating needed for ideal dispersion result.
  2. Polar activator requirement: 95% Ethanol or 95% Methanol, recommended dosage 30%~40% based on CP-180B weight.
  3. Typical addition dosage: 0.2%~2.0% of total formulation weight, adjustable according to target flame retardant standard of Nylon 6.

Packaging, Storage & Shelf Life

  • Package: 25kg / 22.68kg kraft paper bag with PE inner liner; customized packaging acceptable.
  • Storage: Keep in cool, dry, well-ventilated warehouse, avoid direct sunlight and moisture.
  • Shelf life: 2 years under proper storage conditions.

Safety & Disclaimer

Complete MSDS safety documents are available from Zhejiang Camp-Shinning New Material Co., Ltd.

CP-180 organoclay for flame retardant Nylon 6

All technical data shared herein is based on reliable lab tests, yet no warranty is implied regarding formulation suitability under varied production conditions. Buyers must conduct independent trials to verify CP-180Bโ€™s performance matching their specific Nylon 6 flame retardant formulas.

All usage risks shall be borne by the purchaser. Camp-Shinning takes no responsibility for damages caused by improper handling, storage or processing. No content of this page shall be regarded as authorization to use any patented technology without formal license.
CP-180 organoclay for flame retardant Nylon 6
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Coating raw materials organoclay Bentonite

Coating raw materials organoclay Bentonite

Coating raw materials organoclay Bentonite

Coating raw materials organoclay Bentonite CP-34 Organo Modified Bentonite Product Technical & Application Specification
CP-34 is an organo modified bentonite, a rheological additive specially developed for solvent-based systems.
Modified bentonite is widely compatible with solvent systems ranging from low polarity to medium-high polarity. Its application fields cover coatings & inks, oilfield drilling, fracturing fluids, greases, adhesives, cosmetics and other industries.
In the coating industry, solvent-based clay additive serves primarily as a thickener, suspending agent, rheology modifier and thixotropic agent, delivering outstanding anti-settling and anti-sag performance with stable and excellent comprehensive application effects.

1. Basic Physical & Chemical Properties

Coating raw materials organoclay Bentonite CP-34 features stable physical indicators and uniform quality. The specific parameters are listed as follows:
  • Composition: Organic derivative of montmorillonite clay
  • Appearance: Fine, light yellow powder
  • Moisture Content (105โ„ƒ, 2h): โ‰ค3.5%
  • Loss on Ignition (1000โ„ƒ): 28%-30%
  • Bulk Density: 0.53g/cmยณ
  • Fineness (<74ฮผm): โ‰ฅ98%

2. Core Product Advantages of Coating raw materials organoclay Bentonite

With a unique modification process, CP-34 possesses multiple application advantages and is suitable for various coating production and construction scenarios:

  • High gelling efficiency with light-colored and clear gel, which does not affect the transparency of clear coats and light-colored topcoats and avoids haze defects;
  • Delivers stable and reproducible thixotropic consistency over a wide temperature range with strong environmental adaptability;
  • Effectively suspends pigments and fillers and completely prevents hard settling of coating fillers;
  • Significantly reinforces the film structure in organic binder systems and improves the overall protective performance of coating films.
  • Coating raw materials organoclay Bentonite

3. System Selection Guide (Matching Different Coating Systems)

Coating raw materials organoclay Bentonite CP-34 is adaptable to solvent systems with different polarities for targeted selection according to coating system characteristics:

3.1 Low-Polarity Systems

Applicable systems: 200# solvent oil, white oil, aliphatic hydrocarbons, asphalt coatings and alkyd primers. This system requires strictly activated treatment with polar activators. The product cannot swell without activators and will lose all anti-settling effects. Typical applications include anti-rust primers, road marking paints, marine primers and alkyd blended paints.

3.2 Medium-Polarity Systems

Applicable systems: Xylene, trimethylbenzene and aromatic hydrocarbons, including wood coatings, epoxy topcoats and industrial enamel paints. Two applicable methods are available: conventional activation with high cost performance for large-batch primer production, and simplified activation for wood clear coats and light-colored topcoats to ensure film transparency.

3.3 High-Polarity Systems

Applicable systems: Ethyl acetate, methyl ethyl ketone, PMA, polyurethane and automotive refinish paints. Only high-shear self-activation dispersion is required without ethanol or methanol activation. The product can take effect directly after high-speed dispersion, maintaining clear coat transparency without causing haze.

4. Standard Dosage (Factory General, Weight Percentage)

The standard dosage range of Organo modified bentonite CP-34 is 0.2%-2.0%. Good dispersion can be achieved without heating. The recommended dosage for different coating systems is as follows:
  • Basic anti-settling scenarios (clear coats, light-colored topcoats): 0.2%โ€“0.5%
  • Conventional industrial paint scenarios (primers, anti-rust paints, general industrial paints): 0.5%โ€“1.2%
  • High-build & high-solid scenarios (high-build zinc-rich paints, heavy-duty anti-corrosion paints, unsaturated polyester putty): 1.2%โ€“2.0%

5. Activator Application Specification

organic bentonite CP-34 can be activated by high-shear dispersion, and optimal performance is achieved with polar activators without heating assistance. 95% ethanol or 95% methanol is adopted as the standard activator, with adjustable proportions for different systems:
  • General systems: Activator dosage accounts for 40%โ€“50% of CP-34 weight;
  • Xylene systems: Activator dosage accounts for 30%โ€“40% of CP-34 weight.

6. Two Standard Production Processes (Practical Operation Procedures)

Coating raw materials organoclay Bentonite

Process A: Pre-gel Method (Optimal Effect, Recommended for Heavy-Duty Anti-Corrosion & Zinc-Rich Paints)

Standard pre-gel mass ratio: 87% solvent + 10% organic bentonite CP-34 + 3%โ€“5% activator
Standard operation procedures:
  1. Add solvent into the dispersing kettle, and slowly sprinkle CP-34 powder under low-speed stirring at 1000 RPM;
  2. Adjust to high speed of 3000 RPM and disperse for 5โ€“10 minutes to fully wet and disperse the powder;
  3. Add the proportional polar activator and keep high-speed stirring for 10โ€“20 minutes to form a smooth and uniform gel;
  4. Add the prepared CP-34 pre-gel into the resin and filler system, then conduct grinding and tinting according to conventional processes.
Simplified pre-gel preparation process: Add solvent โ†’ Slowly add CP-34 (6%-10% of total pre-gel mass) under stirring โ†’ High-speed stir for 5 minutes โ†’ Add polar activator โ†’ High-speed stir for another 5 minutes to complete pre-gel preparation.

Process B: Direct Dry Powder Addition Method (Simplified Production & Improved Capacity)

  1. Put resin and mixed solvent into the dispersing kettle and start low-speed stirring;
  2. Slowly add modified montmorillonite CP-34 powder and stir at high speed for 15โ€“20 minutes to ensure complete powder dispersion;
  3. System adaptation rules: No additional activator is required for medium and high-polarity systems; polar activator supplementation is mandatory for pure aliphatic low-polarity systems to guarantee thixotropic and anti-settling performance;
  4. Add pigments and fillers after dispersion and proceed with conventional grinding procedures.
  5. Coating raw materials organoclay Bentonite

7. Core Application Performance

7.1 Superior Anti-Settling Performance, No Hard Sedimentation

Ideal for epoxy zinc-rich paints, iron oxide red anti-rust paints, heavy-duty anti-corrosion paints, metallic powder paints and other high-demand systems. It can stably lock coating fillers and pigments, preventing filler agglomeration within half a year of storage. The coating can return to a uniform state with gentle stirring, completely eliminating stubborn hard sediment at the bottom.

7.2 Excellent Anti-Sag Performance for Thick-Coat Construction

It effectively prevents film sagging during spray and brush coating for thick layers, enabling thicker single-coat application and reducing construction times to improve efficiency. Meanwhile, it maintains proper film leveling and avoids obvious brush marks and orange peel defects.

7.3 Reliable Thixotropic Thickening & Excellent Construction Feel๏ผšCoating raw materials organoclay Bentonite

The product features typical shear-thinning properties. It thickens at rest to lock powder and prevent settlement, and instantly thins under stirring and spraying shear to achieve uniform and fine atomization. It can rapidly recover viscosity after shear cessation, ensuring stable construction performance.

7.4 Improved Comprehensive Film Performance

It reduces coating penetration into wood and steel substrates to save raw material costs. Its flaky microstructure slightly enhances the anti-corrosion barrier performance of coating films without impairing the adhesion between primer and substrates, balancing protective effect and construction compatibility.

8. Main Application Fields

modified montmorillonite CP-34 is widely used in marine paints, industrial paints, heavy-duty anti-corrosion paints, asphalt coatings, polyester paints, alkyd paints, unsaturated polyester putty, sealants, inks, greases and other industrial products.

9. Packaging Specifications

Packaged in PE-lined kraft paper bags or multi-wall paper sacks with customizable specifications. Standard specifications are 25kg/bag and 22.68kg/bag, and personalized packaging is available on request.
Coating raw materials organoclay Bentonite
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How to Prevent Settling in Coatings with Organoclay

How to Prevent Settling in Coatings with Organoclay

How to Prevent Settling in Coatings with Organoclay

Settling is a common problem in many coating systems, especially in solvent-based coatings containing heavy pigments and fillers. During storage, solid particles slowly sink to the bottom of the container, causing hard sediment, color inconsistency, poor application performance and shorter shelf life.

To improve coating storage stability and reduce settling problems, selecting the right coating rheology modifier is extremely important. Organoclay is widely used as an effective anti-settling additive and coating thixotropic agent in industrial coatings, epoxy systems, marine paints and many other solvent-based formulations.

What Causes Coating Settling?

How to Prevent Settling in Coatings with Organoclay

Pigment settling usually occurs when the coating system cannot keep solid particles evenly suspended during storage. Several factors may contribute to this issue:

  • Low viscosity under static conditions
  • Weak thixotropic structure inside the coating
  • Incorrect anti-settling additive selection
  • High-density pigments and fillers
  • Poor pigment dispersion
  • Flocculation inside the system
  • Solvent polarity mismatch

These problems reduce suspension stability and accelerate sediment formation.

Problems Caused by Settling in Coatings

How to Prevent Settling in Coatings with Organoclay

When settling occurs, coating manufacturers and end users often face several practical issues:

  • Hard sediment or caking at the bottom of containers
  • Difficult re-dispersion after storage
  • Uneven color between batches
  • Reduced gloss and poor appearance
  • Inconsistent dry film thickness
  • Lower storage stability
  • Poor brushing, rolling and spraying performance

In severe cases, coatings may become difficult to use after long-term storage.

Why Organoclay Works Well as an Anti-Settling Additive

Organoclay is a highly effective coating rheology modifier that builds a stable thixotropic network inside the coating system. This structure helps keep pigments and fillers suspended during storage while maintaining good application performance.

Main benefits of organoclay for coatings include:

  • Prevents pigment and filler settling
  • Improves low-shear viscosity and suspension stability
  • Enhances anti-sag performance on vertical surfaces
  • Reduces hard caking during long storage
  • Maintains coating appearance and film properties
  • Improves overall coating storage stability

Because of its balanced rheology control, organoclay is widely used in solvent-based coatings and industrial paint formulations.

Thixotropic Effect of Organoclay

One of the key advantages of organoclay is its strong thixotropic behavior.

During storage, the internal network structure helps hold solid particles in suspension and prevents sedimentation. Under shear force during stirring, spraying or brushing, the structure breaks down quickly, allowing smooth application and easy flow.

After application, the network recovers again, helping reduce sagging on vertical surfaces.

This balance between storage stability and application performance makes organoclay an excellent anti-sag additive and anti-settling solution.

Coating Systems Compatible with Organoclay

Organoclay is commonly used in many solvent-based coating systems, including:

  • Industrial protective coatings
  • Epoxy coatings
  • Alkyd paints
  • Marine coatings
  • Anti-corrosion coatings
  • Wood coatings
  • General solvent-based paints

Performance Comparison

Without Organoclay With Organoclay
Fast pigment settling Stable suspension performance
Hard sediment formation Soft and easy-to-mix sediment
Poor storage stability Improved shelf life
Difficult re-dispersion Easy remixing
Inconsistent color and film quality More uniform coating performance

Recommended Use of Organoclay in Coatings

For better performance, organoclay is usually added during the pigment dispersion stage to allow full activation.

General recommendations:

  • Typical dosage: 0.2%โ€“1.5%
  • High shear mixing improves activation efficiency
  • Polar activators may be required for conventional grades
  • Easy-dispersible organoclay grades simplify processing
  • Proper dispersants help improve pigment wetting and stability

How to Prevent Settling in Coatings with Organoclay

The final dosage depends on filler loading, solvent polarity and required rheology performance.

Settling can seriously affect coating quality, storage stability and application performance. Using the right anti-settling additive is one of the most effective ways to solve this problem.

As a proven coating thixotropic agent and rheology modifier, organoclay helps prevent hard sedimentation, improves anti-sag performance and extends coating shelf life. It is widely used in solvent-based coatings, epoxy paints and industrial coating systems requiring stable rheology and reliable suspension performance.

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How to Test Organoclay Suspension in paints & Coatings CP-10

How to Test Organoclay Suspension

How to Test Organoclay Suspension in paints & Coatings?

Organoclay Suspension Test Method for Coatings | Anti-Settling Performance Evaluation (CP-10).

What is Suspension Performance in Coatings?

In coating and paint systems, suspension performance refers to the ability of a formulation to prevent pigment and filler settling during storage.

A high-performance organoclay forms a stable three-dimensional gel structure, which helps:(How to Test Organoclay Suspension)

  • Keep pigments uniformly dispersed
  • Prevent hard sediment formation
  • Maintain consistent viscosity over time

For formulators, suspension performance is a key factor affecting storage stability and application consistency.

Scope of This Suspension Test Method (How to Test Organoclay Suspension)

This test method is specifically developed for evaluating the anti-settling performance of Organoclay CP-10 in coating systems.

It is applicable to:

  • Solvent-based coatings
  • Industrial paints
  • Pigment dispersion systems

๐Ÿ‘‰ This method introduces 12-hour suspension volume measurement (ml/12h) as a practical indicator of stability.

๐Ÿ‘‰ Traditional viscosity tests (such as xylene viscosity) are not sufficient alone to evaluate long-term suspension behavior in coatings.

Technical Specification for Coating Application

Item Specification
Suspension Performance (ml/12h) 43 โ€“ 48 ml
Appearance Light yellow fine powder

Reference:
Standard sample suspension value: 48 ml/12h

Suspension Test Method for Coatings (CP-10) (How to Test Organoclay Suspension)

Equipment

  • 100 ml graduated cylinder (accuracy 0.01 ml)
  • High-speed disperser
  • Electronic balance (accuracy 0.001 g)

Materials

  • Solvent (e.g., WS-3040 or equivalent coating solvent)
  • 95% Methanol (activator)
  • Standard Organoclay CP-10 sample

Step 1: Preparation of Organoclay Gel

  • Add 98 g solvent into a container
  • Slowly add 1% organoclay under 1000 rpm, disperse for 2 minutes
  • Add 1% methanol activator
  • Increase speed to 1500 rpm, mix for 10 minutes

๐Ÿ‘‰ After dispersion, cool to 20โ€“25ยฐC

Step 2: Static Suspension Test

  • Transfer the dispersion into a 100 ml cylinder to 50 ml mark
  • Seal and keep on a stable surface without vibration
  • Record suspension volume after 4, 6, and 12 hours

๐Ÿ‘‰ The 12-hour suspension volume (ml) is used as the final result

Acceptance Criteria

  • Acceptable range: 43โ€“48 ml/12h
  • Compare with standard sample to ensure consistency

Appearance Evaluation

  • Place sample and standard sample powders on white paper
  • Flatten evenly
  • Observe under natural light

๐Ÿ‘‰ Color should be consistent between batches

Why Suspension Performance Matters in Coatings

In real coating applications, poor suspension leads to:

  • Pigment settling during storage
  • Hard sediment difficult to redisperse
  • Color inconsistency
  • Reduced shelf life

Using high-quality organoclay like CP-10 helps achieve:

โœ” Excellent anti-settling performance
โœ” Stable viscosity over time
โœ” Improved storage stability
โœ” Better application consistency

Suspension vs Viscosity: Whatโ€™s the Difference?

Many formulations rely only on viscosity testing, but:

  • Viscosity = flow resistance under shear
  • Suspension = stability under static conditions

๐Ÿ‘‰ A coating can have high viscosity but still suffer from pigment settling.

Thatโ€™s why suspension testing provides a more realistic evaluation of long-term stability.

Quality Control & Production Requirements ๏ผˆHow to Test Organoclay Suspension?)

  • All batches must meet 43โ€“48 ml/12h suspension range
  • Products outside this range are not released

If there are changes in:

  • Raw materials
  • Production process

๐Ÿ‘‰ Customer validation is required before shipment

CP-10 is a kind of organo clay rheological additive. It is used in systems of non-polar to medium polarity aliphatic and other solvents (ketones, ester, ether esters, alcohols, aromatic).ย 

ย ย 

Properties

Composition ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย Organic derivative of a montmorillonite clay

Appearance ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย Fine powder,white

Moisture content (105โ„ƒ,2hr) ย ย ย ย ย ย ย ย โ‰ค3.5%

Loss on ignition (1000โ„ƒ) ย ย ย ย ย ย ย ย ย ย ย 30%-34%

Bulk density ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย ย 0.35~0.45g/cm3

Fineness (<74ฮผm, %) ย ย ย ย ย ย ย ย ย ย ย ย ย ย โ‰ฅ98%

Dispersion fineness (ฮผm) ย ย ย ย ย ย ย ย ย ย ย โ‰ค40

 

Advantages

  • High efficiency
  • The gel is of light colour and high clarity
  • Easy to use, no need to pregel
  • Eliminate polar activator
  • Consistent development of rheology
  • Can be used to post correct

 

Application

ย CP-10ย is used in the following applications:

  • Paints
  • Putty
  • Sealants &adhesives
  • Inks
  • Cosmetic
  • Nano-composite

Need Organoclay for Coatings?How to Test Organoclay Suspension?

We supply high-performance organoclay for coatings and paints, designed for excellent suspension and anti-settling behavior.

๐Ÿ‘‰ Contact us for samples, formulation support, or technical data.

Email:ย  [email protected]ย  ย  ย  ย 

Whatsapp: 0086-13185071071

How to Test Organoclay Suspension?we hope our info could helpful with you.

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Organoclay Anti-Settling Agent Test: 12-Hour Suspension Results for Coating Manufacturers

organoclay anti-settling agent

Organoclay Anti-Settling Agent

Organoclay Suspension CP-10ย  Performance: 12-Hour Anti-Settling Test Results
Why Suspension Matters in Coating Formulations
In water-based and solvent-based coating systems, pigment settling and filler separation are among the most common quality issues manufacturers face. When particles settle during storage or transport, it leads to:

Inconsistent product viscosity batch to batch
Color variation in final applications
Poor film formation and uneven coverage
Customer complaints and product returns
Suspension stability is critical for maintaining rheological control throughout the product lifecycleโ€”from manufacturing to end-user application.

Our Organoclay Anti-Settling Agent CP-10 Organoclay Suspension Test
To verify the anti-settling performance of our organoclay CP-10, we conducted a controlled 12-hour suspension test using industry-standard procedures.

Test Method
Gel Ratio:

WS-3040 (Solvent): 98g
Organoclay Anti-Settling Agent CP-10: 1g
95% Methanol: 1g%
Procedure:

Add Organoclay Anti-Settling Agent CP-10 while stirring at 1000 rpm
Disperse for 2 minutes
Add methanol as polar activator
Mix thoroughly at 1500 rpm for 10 minutes
Transfer 50 ml dispersion into 100 ml graduated cylinder
Observe and record suspension volume at 2h, 4h, 6h, and 12h intervals
Test Results
Sample Batch No. 2h 4h 6h 12h Notes
CP-10 20230923 38 ml 34 ml 37 ml 38 ml โ€”
CP-10 251218 44 ml 46 ml 43 ml 42 ml โ€”
CP-10 25022101 35 ml 34 ml 32 ml 31 ml vs B38 Standard
CP-10 25081001 50 ml 50 ml 48 ml 48 ml โ€”
CP-10 2602253# 40 ml 38 ml 37 ml 36 ml โ€”

Key Findings
1. Excellent Long-Term Suspension Stability
After 12 hours of standing, our CP-10 organoclay maintained suspension volumes ranging from 31-48 ml out of the initial 50 ml dispersion.

Organoclay Anti-Settling Agent

This demonstrates:

Minimal settling over extended periods
Consistent rheological behavior throughout storage
Superior anti-sagging performance in vertical applications
2. Batch-to-Batch Consistency
All tested batches showed stable suspension performance:

Sample 25081001: Best overallโ€”maintained 48 ml (96% retention) after 12 hours
Sample 251218: Strong performanceโ€”42 ml retention with slight fluctuation
All samples showed less than 20% volume change from initial readings
3. Comparison with Industry Standard
Sample 25022101 was tested alongside B38 industry standard. The results show our Organoclay Anti-Settling Agent CP-10 performs comparably to established market benchmarks, with consistent thixotropic response and suspension stability.

What This Means for Your Coatings
Applications Where Suspension Matters Most
Organoclay CP-10 provides essential rheology modification for:

Organoclay Anti-Settling Agent

Application Benefit
Architectural Paints Prevents pigment settling during storage
Industrial Coatings Maintains consistent viscosity in high-solids formulations
Wood Coatings Ensures uniform film formation
Metal Primers Keeps anti-corrosion pigments suspended
Decorative Paints Prevents color separation and shading variations
Formulation Recommendations
For optimal suspension performance in your coating systems:

Addition Level: 0.5-2.0% depending on desired viscosity

Mixing Protocol:

Add CP-10 at 1000 rpm under shear
Increase to 1500 rpm for full dispersion
Maintain mixing for 10-15 minutes
Add polar activator (methanol or water) if required
Compatibility: CP-10 works in solvent-based, alkyd, and modified coating systems

Technical Specifications: CP-10 Organoclay
Property Value
Appearance Light cream powder
Moisture โ‰ค3.0%
Particle Size โ‰ค75 ฮผm
Bulk Density 400-600 g/L
Application Solvent-based coatings, inks, adhesives
Addition Level 0.5-2.0%
Activation Polar activator recommended
Quality Assurance
Every batch of Camp-Shinning CP-10 undergoes rigorous suspension testing before release. Our quality control process includes:

12-hour suspension protocol (industry standard: 4-6 hours)
Color consistency verification against reference standards
Particle size distribution analysis
Rheological performance testing
Conclusion
The 12-hour suspension test results confirm that our organoclay CP-10 delivers reliable anti-settling performance across multiple production batches. With 96% suspension retention in the best-performing sample and consistent results across all batches, CP-10 provides:

โœ“ Long-term storage stability
โœ“ Batch-to-batch consistency
โœ“ Superior rheological control
โœ“ Compatible with various coating systems

Get Started with Camp-Shinning
Contact us for:

Free CP-10 samples for your testing
Technical support for formulation optimization
Custom grade development for specialized applications

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CP-250A for Oil Drilling | Organophilic Clay

CP-250A for Oil Drilling

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