thickener used in grease

By huatemarketing@gmail.com Industrial Applications
thickener used in grease

By Industrial Applications

Key Takeaway

Organoclay thickeners represent the most advanced solution for grease formulation, offering superior high-temperature performance, excellent thixotropic properties, and enhanced stability compared to traditional thickening agents.

Understanding Grease Thickeners

Traditional Thickeners

  • Lithium soap complexes
  • Calcium sulfonate complexes
  • Polyurea compounds
  • Aluminum complex soaps

Advanced Organoclay Solutions

  • Modified montmorillonite clay
  • Organophilic bentonite
  • Rheological additives
  • Anti-settling agents

Organoclay Advantages in Grease Applications

High Efficiency

Superior thickening performance with lower dosage requirements compared to conventional thickeners.

Temperature Stability

Maintains performance under extreme temperatures up to 230°C, ideal for high-temperature applications.

Easy Processing

No pre-gel requirements and simplified mixing procedures reduce manufacturing complexity.

Grease Types and Organoclay Applications

Grease Type Base Oil Organoclay Grade Key Benefits
Mineral Oil-Based Petroleum oils CP-40, CP-180 Enhanced dropping point, water resistance
Synthetic Oil-Based Polyester, diester oils CP-EZ, CP-10 Superior thermal stability, oxidation resistance
High-Temperature Synthetic base fluids CP-APA Maintains consistency at extreme temperatures
Vegetable Oil-Based Bio-based oils CP-EZ Eco-friendly, biodegradable solutions

Manufacturing Process Guidelines

Step-by-Step Procedure

  1. 1
    Heat Base Oil:

    Heat the base oil to 60-70°C to optimize organoclay dispersion and activation.

  2. 2
    Add Organoclay:

    Incorporate 7-10% organoclay by weight while stirring. Continue mixing for 5-10 minutes.

  3. 3
    Polar Activator:

    Add acetone/water mixture (95/5 ratio) at 2-3% by weight, representing 20-30% of organoclay weight.

  4. 4
    Final Processing:

    Mix for 25-30 minutes, then process through colloid mill and homogenizer for optimal dispersion.

Performance Comparison

Conventional Thickeners

Dropping Point 180-220°C
Thixotropic Index 2.5-3.5
Processing Time 45-60 min
Dosage Level 12-15%

Organoclay Thickeners

Dropping Point 250-280°C
Thixotropic Index 4.0-6.0
Processing Time 25-30 min
Dosage Level 7-10%

Why Choose CAMP-SHINNING Organoclay?

With over two decades of expertise and 25% global market share, CAMP-SHINNING delivers premium organoclay solutions for superior grease performance.

20,000
Tonnes Annual Capacity
25%
Global Market Share
20+
Years of Experience

Contact Our Technical Team

Get Expert Consultation

Our technical specialists can help optimize your grease formulation with the right organoclay solution.

sales@camp-shinning.com
WhatsApp/WeChat: +86-13185071071

Technical Support

  • Custom formulation guidance
  • Application-specific recommendations
  • Quality assurance and testing
  • Global logistics support

Key Takeaway

Organoclay thickeners represent the most advanced solution for grease formulation, offering superior high-temperature performance, excellent thixotropic properties, and enhanced stability compared to traditional thickening agents.

Understanding Grease Thickeners

Traditional Thickeners

  • Lithium soap complexes
  • Calcium sulfonate complexes
  • Polyurea compounds
  • Aluminum complex soaps

Advanced Organoclay Solutions

  • Modified montmorillonite clay
  • Organophilic bentonite
  • Rheological additives
  • Anti-settling agents

Organoclay Advantages in Grease Applications

High Efficiency

Superior thickening performance with lower dosage requirements compared to conventional thickeners.

Temperature Stability

Maintains performance under extreme temperatures up to 230°C, ideal for high-temperature applications.

Easy Processing

No pre-gel requirements and simplified mixing procedures reduce manufacturing complexity.

Grease Types and Organoclay Applications

Grease Type Base Oil Organoclay Grade Key Benefits
Mineral Oil-Based Petroleum oils CP-40, CP-180 Enhanced dropping point, water resistance
Synthetic Oil-Based Polyester, diester oils CP-EZ, CP-10 Superior thermal stability, oxidation resistance
High-Temperature Synthetic base fluids CP-APA Maintains consistency at extreme temperatures
Vegetable Oil-Based Bio-based oils CP-EZ Eco-friendly, biodegradable solutions

Manufacturing Process Guidelines

Step-by-Step Procedure

  1. 1
    Heat Base Oil:

    Heat the base oil to 60-70°C to optimize organoclay dispersion and activation.

  2. 2
    Add Organoclay:

    Incorporate 7-10% organoclay by weight while stirring. Continue mixing for 5-10 minutes.

  3. 3
    Polar Activator:

    Add acetone/water mixture (95/5 ratio) at 2-3% by weight, representing 20-30% of organoclay weight.

  4. 4
    Final Processing:

    Mix for 25-30 minutes, then process through colloid mill and homogenizer for optimal dispersion.

Performance Comparison

Conventional Thickeners

Dropping Point 180-220°C
Thixotropic Index 2.5-3.5
Processing Time 45-60 min
Dosage Level 12-15%

Organoclay Thickeners

Dropping Point 250-280°C
Thixotropic Index 4.0-6.0
Processing Time 25-30 min
Dosage Level 7-10%

Why Choose CAMP-SHINNING Organoclay?

With over two decades of expertise and 25% global market share, CAMP-SHINNING delivers premium organoclay solutions for superior grease performance.

20,000
Tonnes Annual Capacity
25%
Global Market Share
20+
Years of Experience

Contact Our Technical Team

Get Expert Consultation

Our technical specialists can help optimize your grease formulation with the right organoclay solution.

sales@camp-shinning.com
WhatsApp/WeChat: +86-13185071071

Technical Support

  • Custom formulation guidance
  • Application-specific recommendations
  • Quality assurance and testing
  • Global logistics support