Products

Organoclay for Non Water Bitumen Paints
Formulators searching for organoclay for non water bitumen paints usually face three major challenges: maintaining viscosity stability, preventing pigment settling, and improving thixotropy in high-solids, solvent-based bitumen systems.
Camp-Shinning’s Organobentonite is specifically engineered as a rheological additive that builds a strong internal network in non-aqueous bitumen formulations, delivering controlled flow, improved suspension and enhanced anti-sag performance even under heavy loading.

Organoclay Rheology Modifier for High-Viscosity Adhesive Systems – Camp-Shinning Advanced Organic Clay
High-viscosity adhesives require precise rheology control to maintain workability, stability and application consistency. Camp-Shinning’s organoclay rheology modifier provides a powerful solution: its layered structure forms a strong, thixotropic network that prevents dripping, improves vertical hold and enhances the uniformity of heavily filled adhesive systems.

Organoclay Thickener for Adhesive and Sealant Formulations – Camp-Shinning High-Performance Organobentonite
Adhesive formulators searching for an “organoclay thickener for adhesives” often need a material that improves structure, prevents sagging and enhances storage stability without compromising bonding strength.

Camp-Shinning’s Organobentonite is engineered as a highly efficient rheological additive that stabilizes fillers, reduces slump and improves vertical hold in solvent-based, water-reduced and hybrid adhesive systems.

Organoclay for Improving Texture and Viscosity in Skincare Formulations – Camp-Shinning Cosmetic Organic Clay

Camp-Shinning organoclay improves texture, viscosity and sensory feel in skincare formulations, providing smooth application and stable structure.

Skincare formulators often search for a multifunctional ingredient that enhances texture, viscosity and sensory experience simultaneously. Camp-Shinning’s organoclay offers a unique advantage: it creates smooth, cushiony textures while improving body and flow control in creams, lotions and balms. 

Organic Bentonite for Stabilizing Cosmetic Suspensions – Camp-Shinning Organobentonite for High-Clarity Formulations
Camp-Shinning organic bentonite stabilizes cosmetic suspensions by preventing settling and improving clarity in serums, foundations and skincare liquids.

Suspension stability is a critical challenge for products containing pigments, exfoliants, actives or mica. Camp-Shinning Organic Bentonite provides exceptionally strong suspending power, creating a three-dimensional network that prevents settling and enhances clarity.

Organoclay Rheology Modifier for Cosmetic Emulsions – Camp-Shinning High-Performance Organic Clay
Camp-Shinning organoclay provides superior rheology modification for cosmetic emulsions, improving texture, stability and viscosity control.

Cosmetic emulsions require precise viscosity control and long-term stability. Camp-Shinning’s Organoclay acts as a high-efficiency rheology modifier that strengthens emulsion structure, prevents oil-water separation and gives formulations a smooth, cushiony feel.

 Organoclay Thickener for Cosmetics and Personal Care Products – Camp-Shinning Advanced Organic Clay Technology

Personal care formulators seeking a versatile thickener often search for organoclay that enhances viscosity without compromising skin feel.

Camp-Shinning’s organiclay acts as a multifunctional rheological additive that thickens lotions, gels, foundations, sunscreens and cream cleansers while maintaining a lightweight, non-tacky texture.

Cosmetic Grade Organoclay for Gel and Cream Formulations – Camp-Shinning High-Purity Organobentonite
Camp-Shinning cosmetic-grade organoclay delivers superior stability, texture enhancement and suspension for gel and cream formulations in modern skincare.

Formulators searching for cosmetic-grade organoclay need a rheological additive that improves structure, clarity and sensory performance in gel and cream systems.

Camp-Shinning’s cosmetic-grade Organobentonite disperses smoothly into water-in-oil and oil-in-water formulations, creating a stable network that enhances viscosity, prevents phase separation and improves suspension of pigments or actives. As chemists incorporate this organiclay into gels and creams, they observe elegant texture development, better spreadability and long-term stability—leading to strong product differentiation in skincare and personal care markets.