High Temperature Resistant Organoclay
Advanced organoclay formulations engineered for extreme temperature applications up to 230°C. Exceptional thermal stability for demanding industrial environments including oil drilling and high-temperature manufacturing.
High Temperature Product Grades Engineered for Extreme Conditions
Our specialized high-temperature organoclay grades deliver superior performance in demanding applications where conventional rheology modifiers fail.
CP-982 Ultra High Temp
Maximum temperature resistance up to 230°C. Ideal for extreme drilling conditions and high-temperature manufacturing processes.
- • Temperature range: 180°C - 230°C
- • Superior thermal stability
- • Excellent viscosity retention
- • Enhanced gel strength
CP-992 High Performance
Optimized for temperatures up to 200°C with excellent shear stability and rapid activation properties.
- • Temperature range: 150°C - 200°C
- • Fast dispersion technology
- • High shear resistance
- • Consistent rheology
CP-150HT Enhanced
Balanced performance for moderate high-temperature applications with excellent cost-effectiveness.
- • Temperature range: 120°C - 180°C
- • Cost-effective solution
- • Good thermal stability
- • Easy processing
Technical Specifications Comparison
| Grade | Max Temperature | Gel Efficiency | Moisture (%) | Fineness | Bulk Density |
|---|---|---|---|---|---|
| CP-982 | 230°C | ≥28 mPa·s | ≤3.5% | ≥98% (-74μm) | 0.48 g/cm³ |
| CP-992 | 200°C | ≥26 mPa·s | ≤3.5% | ≥98% (-74μm) | 0.51 g/cm³ |
| CP-150HT | 180°C | ≥24 mPa·s | ≤3.5% | ≥98% (-74μm) | 0.53 g/cm³ |
High Temperature Applications
Critical applications where thermal stability and performance under extreme conditions are essential.
Oil & Gas Drilling
Our high-temperature organoclay excels in deep well drilling operations where conventional rheology modifiers fail. Maintains viscosity and gel strength under extreme downhole conditions.
Deep Well Stability
Maintains rheological properties at depths exceeding 6,000 meters
Pressure Resistance
Stable performance up to 108 Pa pressure conditions
Emulsion Stability
Enhanced water-in-oil emulsion stability for invert drilling fluids
Industrial Manufacturing
Critical for high-temperature manufacturing processes including automotive, aerospace, and heavy industrial applications where thermal stability is paramount.
High-Temperature Coatings
Automotive and industrial coatings for extreme heat exposure
Synthetic Lubricants
High-dropping point greases for extreme temperature machinery
Specialty Adhesives
Structural bonding applications in high-heat environments
Performance Advantages
Superior thermal stability and rheological performance under extreme conditions.
Thermal Stability
Maintains performance up to 230°C without degradation
Consistent Viscosity
Reliable rheological properties across temperature ranges
High Gel Strength
Superior suspension and anti-settling properties
Easy Processing
Fast activation and dispersion in various systems
Temperature vs. Viscosity Performance
Technical Support & Samples
Our technical team provides comprehensive support for high-temperature applications. Get expert consultation and product samples for your specific requirements.
Why Choose Our High-Temp Solutions?
20+ Years R&D Experience
Specialized expertise in high-temperature organoclay development
ISO9001 Quality Assurance
Comprehensive quality control and batch traceability
Global Application Success
Proven performance in major oil fields and industrial facilities worldwide
Custom Formulations
Tailored solutions for specific temperature and application requirements
Fast Delivery & Support
7-10 day delivery with comprehensive technical assistance