BENTONE 34

Bentone 34 rheological additive is a modified bentonite organoclay for low to medium polarity aliphatic and aromatic solventborne paint and coating systems.
Bentone 34, produced by treating natural bentonite (montmorillonite clay) with quaternary ammonium compounds to improve compatibility with organic systems.
Bentone 34 is a rheological additive that provides thickening, suspension, anti-settling, and gel-forming properties in non-aqueous formulations.

CAS Number: 68953-58-2
EINECS Number: 273-219-4

Synonyms: Bentone 34, 68953-58-2, bis(Hydrogenatedtallowalkyl)dimethylammoniumbentonite, bis(Hydrogenatedtallowalkyl)dimethylammoniumbentonite, bis(hydrogenatedtallowalkyl)dimethyl-quaternaryammoniumcompoundchlor, bis(hydrogenatedtallowalkyl)dimethyl-quaternaryammoniumcompoundsaltwi, bis(hydrogenatedtallowalkyl)dimethyl-quaternaryammoniumcompoundsaltwithbentonite, clayamine#4, clayaminearo;clayamineep, clayamineepa

Bentone 34 important in coatings, inks, cosmetics, and industrial formulation technologies.
Bentone 34 acts as a thickener and rheology modifier for solvent-based coatings.
It improves viscosity control, pigment suspension, sag resistance, and application properties of coatings.

Bentone 34 important in industrial and decorative coating systems.
It is used in protective coatings where bentone 34 improves stability and prevents settling of pigments and fillers during storage.

Bentone 34 enhances coating uniformity, flow behavior, and long-term performance of protective finishes.
Bentone 34 important in high-performance coating applications.

Bentone 34 provides controlled viscosity and improves application characteristics.
It helps maintain consistent texture and prevents separation of solid components during storage.
Bentone 34 important in solvent-based paint technologies.

It is used in printing inks where bentone 34 provides thickening and suspension properties for pigment-based ink systems.
Bentone 34 improves ink stability, flow control, and printing performance on different substrates.
Bentone 34 important in industrial printing applications.

It is used in adhesives and sealants where bentone 34 improves viscosity, sag resistance, and filler suspension.
Bentone 34 enhances handling properties and maintains uniform distribution of components in adhesive formulations.
Bentone 34 important in adhesive and sealant technologies.

Bentone 34 acts as a thickening agent in non-aqueous lubricant systems.
It improves mechanical stability, high-temperature performance, and consistency of lubricating greases.
Bentone 34 important in specialty lubricant production.

It is used in cosmetic and personal care formulations where bentone 34 provides thickening, suspension, and texture-enhancing properties.
Bentone 34 improves product stability and sensory characteristics in oil-based cosmetic products.
Bentone 34 important in cosmetic formulation technology.

Bentone 34 modifies rheological behavior and improves dispersion of fillers and pigments.
It enhances processing control and stability of organic polymer formulations.
Bentone 34 important in specialty polymer applications.

Bentone 34 is used in plastics and composite materials where bentone 34 improves filler dispersion and controls flow behavior during processing.
It helps achieve more uniform material properties and improved processing performance.
Bentone 34 important in polymer composite manufacturing.

It is used in lubricating oil additives where bentone 34 improves the suspension and dispersion of solid additives in non-polar oil systems.
Bentone 34 helps maintain uniform distribution of functional components and improves lubricant performance stability.
Bentone 34 important in specialty lubricant formulations.

It is used in adhesive tapes and pressure-sensitive adhesives where bentone 34 controls viscosity and improves the stability of adhesive mixtures.
Bentone 34 enhances coating uniformity and prevents separation of adhesive components during storage.
Bentone 34 important in adhesive manufacturing.

It is used in hot-melt and solvent-based adhesive systems where bentone 34 improves flow control and prevents filler settling.
It enhances application performance and maintains consistent adhesive properties during processing.
Bentone 34 important in industrial adhesive technologies.

It is used in automotive underbody coatings where bentone 34 provides thickening and anti-sag properties for protective coatings.
Bentone 34 improves coating application on complex surfaces and enhances protection against corrosion and mechanical damage.
Bentone 34 important in automotive protection systems.

It is used in anti-corrosion coatings where bentone 34 improves pigment suspension and coating stability.
It helps maintain uniform distribution of corrosion inhibitors and improves long-term coating performance.
Bentone 34 important in corrosion protection technologies.

It is used in floor coatings where bentone 34 controls viscosity and improves the application behavior of epoxy and solvent-based flooring systems.
Bentone 34 enhances surface appearance, coating uniformity, and resistance to settling during storage.
Bentone 34 important in industrial flooring applications.

It is used in wood coatings and finishes where bentone 34 improves flow control and prevents sagging on vertical surfaces.
Bentone 34 enhances durability and maintains consistent appearance of protective wood coatings.
Bentone 34 important in wood protection formulations.

It is used in leather coatings where bentone 34 modifies rheology and improves the stability of pigment-containing coating systems.
Bentone 34 enhances coating quality, flexibility, and uniformity on leather surfaces.
Bentone 34 important in leather finishing applications.

Bentone 34 improves suspension and viscosity control in solvent-based pesticides and specialty formulations.
It helps maintain uniform distribution of active ingredients during storage and application.
Bentone 34 important in agricultural formulation technology.

It is used in sealant and mastic formulations where bentone 34 provides body, stability, and resistance to flow after application.
It improves gap-filling ability and maintains sealing performance under changing conditions.
Bentone 34 important in construction and industrial sealing applications.

It is used in composite material formulations where bentone 34 improves dispersion of fillers, pigments, and functional additives within resin systems.
Bentone 34 enhances processing stability and helps achieve more uniform composite properties.
Bentone 34 important in polymer composite manufacturing.

Bentone 34 acts as a multifunctional rheology modifier for controlling viscosity and suspension behavior.
It allows manufacturers to adjust product texture, stability, and application characteristics.
Bentone 34 important in advanced formulation development.

Cosmetics Ingredients Functions: VISCOSITY CONTROLLING
Indirect Additives used in Food Contact Substances: QUATERNIUM-18 BENTONITE
FDA 21 CFR: 178.3570
EWG's Food Scores: 2
EPA Substance Registry System: Bis(hydrogenated tallow alkyl)dimethyl ammonium bentonite salts (68953-58-2)

Bentone 34, designed to provide thixotropic behavior and viscosity control in organic solvent-based systems.
It forms a three-dimensional gel structure that improves suspension stability, prevents settling, and enhances formulation performance.
Bentone 34 important in advanced rheology control applications.

It is used in automotive coatings where bentone 34 improves the flow behavior and stability of solvent-based coating systems.
Bentone 34 reduces sagging on vertical surfaces and improves the appearance and durability of automotive finishes.
Bentone 34 important in automotive coating formulations.

It is used in industrial metal coatings where bentone 34 provides thickening and anti-settling properties for protective coating systems.
It improves coating uniformity and helps maintain consistent performance during storage and application.
Bentone 34 important in industrial surface protection applications.

Bentone 34 improves resistance to pigment settling and enhances coating stability under demanding conditions.
It supports the production of durable coatings that maintain performance during long-term exposure to moisture and harsh environments.
Bentone 34 important in marine protective coatings.

It is used in solvent-based inks where bentone 34 controls viscosity and improves pigment dispersion.
It enhances printing quality by maintaining uniform ink consistency and preventing sedimentation during storage.
Bentone 34 important in commercial printing applications.

It is used in inkjet and specialty printing formulations where bentone 34 helps optimize flow properties and pigment stability.
Bentone 34 improves processing behavior and supports consistent printing performance.
Bentone 34 important in advanced ink technologies.

It is used in grease manufacturing where bentone 34 acts as a non-soap thickener for lubricating greases.
It improves high-temperature resistance, mechanical stability, and load-bearing performance of grease formulations.
Bentone 34 important in industrial lubrication systems.

It is used in drilling fluids and oilfield chemicals where bentone 34 provides viscosity control and suspension properties in non-aqueous systems.
Bentone 34 improves fluid stability and helps maintain consistent performance during drilling operations.
Bentone 34 important in oilfield chemical applications.

It is used in sealants and caulking compounds where bentone 34 improves body, sag resistance, and filler suspension.
It enhances application control and maintains uniformity of sealing materials.
Bentone 34 important in construction sealant formulations.

It is used in epoxy and polyurethane systems where bentone 34 modifies rheology and prevents settling of additives and fillers.
Bentone 34 improves processing characteristics and enhances the stability of reactive polymer formulations.
Bentone 34 important in advanced resin systems.

It is used in powder and pigment dispersion systems where bentone 34 improves the distribution of solid particles within organic media.
It enhances formulation stability and prevents phase separation during storage.
Bentone 34 important in pigment and additive technologies.

It is used in construction coatings and waterproofing materials where bentone 34 improves viscosity control and application properties.
Bentone 34 helps maintain coating thickness and prevents sagging during application on vertical surfaces.
Bentone 34 important in construction chemical formulations.

It is used in electrical and electronic coatings where bentone 34 provides controlled rheology and stable dispersion of functional fillers.
Bentone 34 improves coating consistency and processing reliability in specialized applications.
Bentone 34 important in electronic material coating systems.

Bentone 34 acts as a rheological additive designed for low to intermediate polarity organic systems. 
It is an organic derivative of a bentonite clay. 
Bentone 34 prevents pigment settling during storage and syneresis in thixotropic systems.

Bentone 34 improves flow and leveling and controls sagging on vertical surfaces and penetration on porous substrates.
It increases viscosity and provides thixotropy.
Bentone 34 is used for anti-corrosive paints, automotive finishes, coil coating systems, dip coatings and industrial finishes.

Also used in interior and exterior house paints including do-it-yourself paints, paint stripper pastes, printing inks, refinishes for household appliances and road marking paints.
Recommended dosage level is 0.2-0.5% for house and industrial paints, 0.5-1% for primer and 0.2-0.3 for aqueous systems.

Bentone 34 is an organic derivative of a bentonite clay. 
This rheological additive is designed for low to intermediate polarity organic systems. 
Key Properties: - increases viscosity - provides thixotropy - prevents pigment settling during storage - improves flow and leveling - controls sagging on vertical surfaces and penetration on porous substrates - prevents syneresis in thixotropic systems.

Uses Of Bentone 34:
Bentone 34 is a thickener and conditioning agent. 
It helps control product viscosity.

Bentone 34 is used in paint and coating formulations where bentone 34 acts as a rheology modifier to control viscosity, improve pigment suspension, and prevent sagging.
It enhances coating stability, application performance, and uniformity of the finished surface.
Bentone 34 important in industrial and decorative coating applications.

Bentone 34 improves anti-settling properties and maintains uniform dispersion of pigments and fillers.
It increases durability and processing stability of coatings exposed to harsh environmental conditions.
Bentone 34 important in high-performance protective coatings.

It is used in automotive coatings where bentone 34 provides viscosity control and improves the application behavior of solvent-based coating systems.
Bentone 34 reduces sagging, improves surface appearance, and enhances coating consistency during manufacturing and application.
Bentone 34 important in automotive finishing applications.

It is used in marine coatings where bentone 34 improves stability and rheological control of coatings exposed to moisture and severe environmental conditions.
It helps maintain coating integrity and prevents settling of solid components during storage.
Bentone 34 important in marine protection systems.

It is used in printing inks where bentone 34 provides thickening, pigment suspension, and flow control properties.
Bentone 34 improves ink stability, printing quality, and consistency during application.
Bentone 34 important in industrial printing technologies.

It is used in adhesives and sealants where bentone 34 improves viscosity, sag resistance, and filler suspension.
It enhances application control and maintains uniform distribution of components in adhesive formulations.
Bentone 34 important in adhesive and sealant manufacturing.

It is used in lubricating greases where bentone 34 acts as a non-soap thickener for oil-based grease systems.
It improves high-temperature performance, mechanical stability, and resistance to separation.
Bentone 34 important in specialty lubricant production.

It is used in cosmetic formulations where bentone 34 provides thickening, suspension, and texture improvement in oil-based personal care products.
It enhances product stability and improves the sensory properties of cosmetic formulations.
Bentone 34 important in cosmetic formulation technology.

It is used in resin and polymer systems where bentone 34 modifies rheological behavior and improves dispersion of fillers and additives.
It enhances processing control and prevents phase separation during storage and application.
Bentone 34 important in specialty polymer formulations.

It is used in plastic and composite materials where bentone 34 improves filler dispersion and controls melt or liquid flow behavior.
Bentone 34 helps achieve more uniform material properties and better processing performance.
Bentone 34 important in polymer composite manufacturing.

It is used in construction chemical products where bentone 34 improves the consistency and stability of waterproofing materials, coatings, and sealants.
It enhances application properties and prevents separation of formulation components.
Bentone 34 important in construction material technologies.

It is used in oilfield and drilling fluid applications where bentone 34 provides viscosity control and suspension properties in non-aqueous systems.
Bentone 34 improves fluid stability and maintains consistent performance during drilling operations.
Bentone 34 important in oilfield chemical formulations.

Bentone 34 improves the suspension of corrosion inhibitors, pigments, and fillers within coating formulations.
It enhances coating stability and provides uniform protection of metal surfaces against environmental degradation.
Bentone 34 important in corrosion protection applications.

It is used in epoxy coating systems where bentone 34 controls rheology and prevents settling of solid components during storage.
Bentone 34 improves processing behavior, application consistency, and final coating performance.
Bentone 34 important in epoxy formulation technology.

It is used in polyurethane coatings where bentone 34 modifies viscosity and improves dispersion of additives within polyurethane systems.
It enhances film quality, stability, and application control of protective coatings.
Bentone 34 important in polyurethane coating applications.

It is used in floor coating materials where bentone 34 provides controlled flow behavior and improves the stability of epoxy and solvent-based flooring systems.
It helps achieve uniform thickness, smooth surfaces, and improved durability.
Bentone 34 important in industrial flooring applications.

It is used in wood coatings and varnishes where bentone 34 improves viscosity control and prevents dripping or sagging during application.
It enhances the protective performance and appearance of coated wooden surfaces.
Bentone 34 important in wood finishing technologies.

It is used in leather coating formulations where bentone 34 improves pigment suspension and rheological properties of finishing coatings.
It enhances coating uniformity, flexibility, and surface quality of leather products.
Bentone 34 important in leather treatment applications.

It is used in inkjet and specialty printing formulations where bentone 34 improves the stability and flow behavior of pigment-based inks.
Bentone 34 supports consistent printing performance by preventing pigment settling and phase separation.
Bentone 34 important in advanced printing applications.

It is used in pigment dispersions and color concentrates where bentone 34 improves the distribution and stability of solid particles in organic media.
It enhances color consistency and prevents separation during storage.
Bentone 34 important in pigment processing technologies.

It is used in electrical insulating coatings where bentone 34 provides controlled rheology for coatings containing functional fillers.
Bentone 34 improves coating uniformity and processing reliability in electrical material applications.
Bentone 34 important in electronic and electrical coating systems.

It is used in sealants and mastics where bentone 34 provides body, thixotropy, and resistance to flow after application.
Bentone 34 improves gap filling, adhesion performance, and long-term sealing properties.
Bentone 34 important in industrial and construction sealant applications.

Bentone 34 improves viscosity control and prevents settling of fillers and additives.
It enhances coating consistency and ensures reliable adhesive performance.
Bentone 34 important in industrial adhesive production.

It is used in specialty chemical formulations where bentone 34 provides controlled rheological properties for solvent-based products.
Bentone 34 allows manufacturers to adjust texture, stability, and application characteristics according to product requirements.
Bentone 34 important in advanced formulation development.

Safety Profile Of Bentone 34:
It is considered a low-to-moderate hazard organoclay rheology additive known as bentone 34, mainly composed of modified bentonite clay.
It is chemically stable under normal conditions, but exposure to fine particles during handling may cause irritation.
Bentone 34 important to handle with standard industrial safety procedures.

Bentone 34 particles can become airborne during weighing, mixing, and dispersion processes.
Inhalation of dust may cause irritation of the nose, throat, and respiratory system.
Bentone 34 important to use with proper ventilation and dust-control measures.

It is hazardous in eye contact situations where bentone 34 powder may cause mechanical irritation.
Exposure may result in redness, discomfort, tearing, and temporary eye irritation.
Bentone 34 important to handle with suitable eye protection.

Bentone 34 is hazardous in skin contact situations where prolonged exposure to bentone 34 may cause dryness, irritation, or discomfort.
Repeated contact with the powder may remove natural oils from the skin and increase sensitivity.
Bentone 34 important to handle with protective gloves.

It is hazardous in industrial mixing and formulation processes where large amounts of bentone 34 dust may be generated.
Continuous exposure to airborne particles should be minimized through ventilation and workplace hygiene controls.
Bentone 34 important to manage under occupational safety practices.

It is hazardous in thermal processing or fire conditions where bentone 34 may release irritating decomposition products from its organic modification components.
Heating should be controlled, and exposure to smoke or fumes should be avoided.
Bentone 34 important to handle under controlled processing conditions.