High Temperature Grease Organoclay
Advanced organoclay rheology modifiers specifically engineered for extreme temperature grease applications. Delivering superior thickening, exceptional dropping point, and unmatched thermal stability up to 230°C.
Superior Performance Under Extreme Conditions
Our high-temperature grease organoclay delivers exceptional thermal stability, superior thickening efficiency, and outstanding water resistance for demanding industrial applications.
Extreme Temperature Resistance
Maintains structural integrity and performance at temperatures up to 230°C, ensuring reliable operation in high-heat environments.
- • Stable up to 230°C operating temperature
- • Exceptional high dropping point
- • Thermal shock resistance
High Efficiency Thickening
Delivers exceptional gel strength with minimal addition levels, providing cost-effective formulation solutions.
- • 7-10% addition level in formulation
- • High gel efficiency and clarity
- • Consistent rheological development
Superior Water Resistance
Excellent impermeability and water resistance properties, ensuring long-lasting protection in harsh environments.
- • Outstanding water repellency
- • Moisture barrier properties
- • Extended service life
Easy Processing
Simple incorporation into grease formulations with no need for pre-gelling, streamlining production processes.
- • No pre-gelling required
- • Easy to disperse and mix
- • Simplified manufacturing process
Versatile Oil Compatibility
Compatible with mineral oils, synthetic oils, vegetable oils, and specialty base oils for diverse applications.
- • Mineral oil-based greases
- • Synthetic oil formulations
- • Vegetable oil applications
Quality Assurance
ISO9001 certified production with comprehensive quality control and batch retention for traceability.
- • ISO9001 quality management
- • Batch retention system
- • Comprehensive testing protocols
Technical Specifications
Detailed technical data and performance characteristics for optimal formulation development.
Product Specifications
Application Guidelines
Addition Level
7-10% of total grease formulation weight
Optimal performance typically achieved at 8-9% addition level
Polar Activator
Acetone/Water mixture (95/5 ratio)
Dosage: 20-30% of organoclay weight (2-3% of total formulation)
Processing Temperature
Heat base oil to 60-70°C for optimal dispersion
Higher temperatures improve gel development efficiency
Mixing Time
Initial mixing: 5-10 minutes after organoclay addition
Total mixing with activator: 25-30 minutes with high shear
Manufacturing Process Step-by-Step Grease Production
Follow our proven manufacturing process for consistent, high-quality high-temperature grease production.
Base Oil Preparation
Heat the base oil to 60-70°C to optimize organoclay dispersion and gel formation efficiency.
Tip: Proper temperature control ensures uniform organoclay activation and prevents thermal degradation.
Organoclay Addition
Add organoclay while stirring at 7-10% of total formulation weight. Mix for 5-10 minutes under moderate shear.
Note: Gradual addition prevents agglomeration and ensures even distribution throughout the base oil.
Polar Activator Addition
Add polar activator (acetone/water 95/5) at 2-3% of total formulation. Include other additives and mix for 25-30 minutes.
Important: Polar activator is essential for optimal gel structure development and rheological properties.
High-Shear Processing
Use pump circulation through colloid mill and homogenizer to achieve complete dispersion and gel development.
Optimization: Extended processing time with high-shear equipment enhances final gel performance.
Final Processing
Deaerate, filter, and package the finished high-temperature grease. Perform quality control testing.
Quality Control: Test dropping point, penetration, and thermal stability to ensure specification compliance.
Expected Results
High-temperature grease with superior dropping point, excellent water resistance, and thermal stability up to 230°C
High-Temperature Applications
Our high-temperature grease organoclay serves critical applications across industries requiring extreme thermal performance.
Automotive Industry
High-performance wheel bearings, chassis components, and engine applications requiring extreme temperature resistance.
- • Wheel bearing greases
- • Engine compartment applications
- • Brake system components
- • Heavy-duty chassis lubrication
Industrial Machinery
Heavy industrial equipment, high-speed machinery, and manufacturing processes operating at elevated temperatures.
- • Steel mill equipment
- • High-speed spindle bearings
- • Kiln and furnace components
- • Manufacturing machinery
Aerospace Applications
Critical aerospace components requiring reliable performance under extreme thermal and mechanical stress.
- • Aircraft engine components
- • Landing gear systems
- • High-altitude applications
- • Spacecraft mechanisms
Power Generation
Power plant equipment, turbines, and energy generation systems operating in high-temperature environments.
- • Steam turbine bearings
- • Generator components
- • Power transmission systems
- • Renewable energy equipment
Marine Industry
Marine engines, propulsion systems, and offshore equipment requiring water resistance and thermal stability.
- • Marine engine bearings
- • Propulsion systems
- • Offshore drilling equipment
- • Ship deck machinery
Mining Equipment
Heavy mining machinery, excavators, and processing equipment operating in harsh, high-temperature conditions.
- • Heavy excavator bearings
- • Conveyor systems
- • Crushing equipment
- • Processing machinery
Ready to Enhance Your High-Temperature Grease?
Partner with CAMP-SHINNING for superior organoclay solutions. Our technical experts are ready to support your formulation development with samples, technical data, and application guidance.
Contact Our Experts
Hangzhou, China 310013