Frequently Asked Questions
FAQ of Organoclay Rheology Modifier
Product Basics & Core Advantages
What is Camp-Shinning Organoclay, and what makes it unique?
Camp-Shinning Organoclay is a high-performance rheology modifier derived from naturally occurring bentonite through specialized organic modification. Its uniqueness lies in integrating strong thixotropy, efficient thickening, and exceptional suspension stability—all in one rheological additive. It precisely controls the flow properties of various systems, making it a versatile solution for industrial and commercial applications worldwide.
How does Camp-Shinning Organobentonite outperform regular organophilic clay?
Compared to standard organophilic clay, Camp-Shinning Organobentonite offers three key advantages: 1) Broad solvent compatibility, working seamlessly in low, medium, and high polarity systems; 2) Self-activating properties—many grades require no additional activators for rapid dispersion; 3) Superior long-term stability, maintaining performance consistently across a temperature range of -20℃ to 150℃. It’s a more reliable rheological additive for demanding formulations.
What are the key technical specifications of Camp-Shinning Organoclay?
Core performance indicators include: 1) Swelling capacity (20-35 mL/2g); 2) Gel strength (≥150 Pa); 3) Moisture content (≤3%); 4) Particle size distribution (D90≤20μm); 5) Thermal stability (up to 180℃). These metrics ensure it acts as a dependable rheology modifier across diverse applications.
Is Camp-Shinning Organobentonite environmentally friendly?
Absolutely. Camp-Shinning Organobentonite is an eco-conscious rheological additive. Its production adheres to ISO 14001 environmental management standards, with no volatile organic compounds (VOCs) released. With a typical addition level of just 0.5%-3%, it minimally impacts the environmental footprint of end products, meeting global sustainability benchmarks.
What types of Organoclay does Camp-Shinning offer?
Camp-Shinning provides a full spectrum of Organoclay solutions: 1) Universal grades (for coatings and inks); 2) High-polarity specialized grades (compatible with ketones and esters); 3) Grease-specific grades (heat and shear resistant); 4) Cosmetic-grade (high purity, low impurity); 5) Drilling fluid grades (wellbore stabilization, lubrication). Each is tailored to address specific rheological control needs.
Applications & Compatibility
Can Camp-Shinning Organoclay be used in solvent-based coatings?
Absolutely—Camp-Shinning Organoclay is an ideal rheological additive for solvent-based coatings. It effectively enhances anti-settling, anti-sagging, and application properties, preventing pigment sedimentation and ensuring uniform gloss and texture. It is compatible with polyurethane, epoxy, acrylic, and other common coating systems.
Is Camp-Shinning Organobentonite suitable for water-based formulations?
Yes. Camp-Shinning has developed dedicated Organobentonite grades for aqueous systems. As a specialized rheology modifier, it delivers thickening and thixotropic effects in latex paints, water-based inks, and adhesives. It exhibits excellent dispersibility and compatibility without compromising system clarity or stability.
How performs Camp-Shinning Organophilic Clay in lubricating greases?
Camp-Shinning Organophilic Clay is a core rheological additive for premium lubricating greases. It significantly improves consistency, high-temperature stability, and shear resistance, maintaining reliable lubrication between -40℃ and 120℃. It’s widely used in automotive, machinery, and industrial equipment applications.
Is Camp-Shinning Organoclay safe for cosmetic applications?
Certainly. Camp-Shinning’s cosmetic-grade Organoclay boasts a purity of over 99%. As a gentle rheology modifier, it thickens, stabilizes, and prevents separation in nail polishes, creams, and lotions. It is non-irritating, meets global cosmetic safety standards, and enhances product texture for smoother application.
What role does Camp-Shinning Organobentonite play in drilling fluids?
As a critical rheological additive in drilling fluids, Camp-Shinning Organobentonite boosts viscosity, gel strength, and suspension. It lubricates drill bits, prevents wellbore collapse, and exhibits excellent salt and temperature resistance. It performs reliably in both onshore and offshore drilling environments, ensuring safe and efficient operations.
Can Camp-Shinning Organoclay be integrated into inks and adhesives?
Yes. In inks, it prevents pigment settling and improves printability. In adhesives, this rheology modifier regulates viscosity, enhances initial tack, and optimizes application properties. It is compatible with both solvent-based and water-based ink and adhesive formulations, serving as a multi-functional solution.
Does Camp-Shinning Organophilic Clay work with other additives?
Camp-Shinning Organophilic Clay demonstrates excellent compatibility with most resins, pigments, defoamers, and dispersants. As a non-reactive rheological additive, it does not interfere with the performance of other formulation components. It can be seamlessly integrated into existing recipes without major adjustments.
Quality Assurance & Technical Support
Does Camp-Shinning provide technical support for Organoclay applications?
Absolutely. Camp-Shinning maintains a dedicated technical team offering end-to-end support: formulation compatibility testing, usage guidance, and troubleshooting solutions. Whether you’re new to using Organoclay or optimizing existing processes, we deliver customized rheological additive expertise.
What quality certifications does Camp-Shinning Organobentonite hold?
Camp-Shinning Organobentonite has earned ISO 9001 quality management certification, REACH compliance, and RoHS certification. Select grades (e.g., cosmetic or food-contact coating grades) . You can trust this rheology modifier for consistent, compliant performance.
How should I store Camp-Shinning Organoclay to maintain its performance?
Storage guidelines: 1) Seal tightly and store in a dry, ventilated, cool area to avoid moisture (excess moisture degrades dispersibility). 2) Keep away from high temperatures, open flames, and strong oxidizers. 3) Shelf life is 24 months unopened; use within 6 months after opening to preserve optimal rheological modifier properties.
Can Camp-Shinning customize Organoclay for my specific needs?
Yes. Camp-Shinning specializes in custom solutions. We develop tailored Organoclay products based on your unique requirements—including specific solvent systems, temperature ranges, and performance targets. Our team will optimize the rheology modifier to integrate seamlessly into your formulation.
Usage & Handling Guidelines
What’s the best way to add Camp-Shinning Organoclay for optimal results?
Two recommended methods: 1) Dry powder addition: Sprinkle evenly into the system under low-speed stirring, then increase to medium-high speed for 10-15 minutes. 2) Pre-gel preparation: Mix Organoclay with a small amount of solvent to form a gel before adding to the main batch (for higher dispersion efficiency). The typical addition level as a rheology modifier is 0.5%-3%, adjustable based on specific system requirements.
Do I need a polar activator when using Camp-Shinning Organobentonite?
Most Camp-Shinning Organobentonite grades are self-activating and require no additional polar activators (e.g., ethanol, propylene glycol). For high-polarity solvent systems, adding 1%-2% activator can further enhance this rheological additive’s performance and accelerate gel formation.
What mixing speed and duration are optimal for Camp-Shinning Organoclay?
Recommended parameters: 1) For dry powder: Initial stirring at 300-500 rpm (to avoid dusting), then 800-1200 rpm for 10-15 minutes. 2) For pre-gel: Stir at 600-800 rpm for 8-10 minutes. Ensure complete dispersion to maximize the rheology modifier’s effectiveness.
Can Camp-Shinning Organoclay be added at any production stage?
We recommend adding it in the early to middle production stages (e.g., after pigment dispersion, before final letdown). The system’s higher fluidity at this point facilitates uniform dispersion. If added later, extend dispersion time to ensure the rheology modifier functions fully and prevent localized agglomeration.
How to resolve poor dispersion of Camp-Shinning Organoclay?
For dispersion issues: 1) Increase stirring speed to 1000-1500 rpm and extend mixing time. 2) Add a small amount of dispersant or activator. 3) Switch to the pre-gel method. Camp-Shinning Organoclay is inherently easy to disperse—proper handling typically eliminates agglomeration.
Will Camp-Shinning Organoclay affect the final appearance of my product?
No. High-purity grades of Camp-Shinning Organoclay ensure minimal impact on gloss, clarity, or color. For transparent formulations (e.g., clear coatings or cosmetics), specialized low-impurity grades are available to maintain optical properties while delivering the required rheological control as a premium rheology modifier.
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