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TYTAN™ CX400

Tytan CX400 is titanium chelate of alkanolamine titanate complex and developed as a rheology modifier for use in emulsion paints. Tytan CX400 reacts with colloid stabilized binders to impart thixotropic structure. Tytan CX400 is suitable for VOC free paint.

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TYTAN™ CX200

Tytan CX200 is a chelated Titanium Alkanolamine Complex developed as a rheology modifier for emulsion paints. Tytan CX200 reacts with colloid stabilized binders to impart a thixotropic structure to the paint through shear sensitive hydrogen bonding. Tytan CX200 has no to little effect on the rheology of emulsion paints based on surfactant stabilized binders. Tytan CX200 has improved compatibility with a broad range of paint formulations but it is still recommended that use of Tytan CX200 shall always be based on sample testing to evaluate potential interaction with other components or additives of the paint formulation.

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Pangel OMD2

PANGEL OMD2 is a rheological additive for medium to high polarity systems, based upon highly purified bentonite clay. PANGEL OMD2 can be used for alcohols, esters and glycols. Moderate polarity binders are also compatible.

Properties

PANGEL OMD2 is an easy-to-disperse self-activated organobentonite that is recommended for providing the following properties in solvent-borne systems:

Thixotropic and pseudoplastic effects.
Sag control.
Excellent levelling.
Prevents pigment from long-term storage settling.
No need of pregelling or the use of polar activators.

Fields of application

Use of PANGEL OMD2 as a rheological additive is recommended in the following applications:

Anti-corrosive paints.
Adhesives.
Industrial finishes.
Maintenance coatings.
Epoxy based coatings.
Paint removers.

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Pansil 100

Pansil 100 is a polyfunctional additive manufactured from sepiolite. Its thick powder granulometry makes it easy to handle and use. It is an excellent suspension aid and active filler with an outstimding efficiency/cost ratio.

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Pansil 400

PANSIL 400 is a polyfunctional additive, supplied as a fine powder manufactured from sepiolite. It is an excellent suspension aid and active filler with an outstanding efficiency/cost ratio.

Properties

PANSIL 400, due to its high surface activity produces an increase in system component distribution favouring the increase of immature resistance and keeping stability after high temperature curing. PANSIL 400 improves polymer, filler, organic and inorganic fibre distribution.

Fields of application

Asphalt sheets.
Conglomerating in molecular sieves.
Seed coating.
Asphalt emulsions.

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Reolosil DM 10

Fumed silica rheology additive, treated Applications

Synthetic rubbers and Silicone rubbers: Reinforcing effect , Electrical insulation
Sealants: Thickening and thixotropy, Reinforcement, improved adhesion
Unsaturated polyester resins: Thickening and thixotropy
Paints / Coatings: Thickening and thixotropy, Storage stability (resistance to settlement)
Adhesives: Thickening and thixotropy, improved adhesion Storage stability (resistance to settlement)
Paper: Adsorbent, Transparency
Bulk materials: Anti-caking, free flow aids , Adsorbent, Anti-blocking effect, moisture resistance
CMP: Polishing agent
Toners: Improved flow properties, electric charge control, Improved toner transfer to paper

Characteristics Thickening and thixotropy: REOLOSIL provides thickening and thixotropic effects in liquid systems such as polyesters, epoxies, and urethane resins due to interactions between aggregates and the development of three-dimensional networks between REOLOSIL particles. Reinforcement: Adding REOLOSIL as a filler material improves various mechanical properties of elastomers, including modulus, elongation at break, tensile strength and tear resistance. REOLOSIL's large specific surface area also makes it possible to achieve excellent transparency in elastomers. Anti-settling effects: REOLOSIL improves the suspension behavior in liquid systems, such as pigmented coatings or resins containing filters. Anti-caking, effects for Improved flow characteristics: Due to a property that makes it behave like bait bearings, REOLOSIL resists lumping and clogging. It can be used to improve the storage stability of powders that are especially prone to caking. REOLOSIL can also be used to improve flow characteristics and prevent flow problems. Insulation: With its very low solid state conductivity and vast spacing between particles, REOLOSIL provides excellent electrical and thermal insulation properties. Electrical charge: Hydrophobic REOLOSIL is used as a toner additive to stabilize electrical charge characteristics. TOKUYAMA can provide hydrophobic REOLOSIL grades manufactured to custom specifications. Polishing: In the semiconductor manufacturing process, the planarizalion of silicon wafers is achieved via CMP (chemical mechanical polishing) processes such as ILD, STI and metal CMP. REOLOSIL is used in certain CMP slurries as a polishing agent, due to high purity, sub-micron particle size and its distribution characteristics.

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Viscoclyn AS 33

Thickner for alcohol solutions.

Stiff Gel after neutralization
Easy to mix and disperse
Pumpable and pourable without runoff
Stable with other inert additives such as fragrances
Can make gels comparable to commercial products

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Reolosil QS-20

Fumed silica, untreated Applications

Synthetic rubbers and Silicone rubbers: Reinforcing effect , Electrical insulation
Sealants: Thickening and thixotropy, Reinforcement, improved adhesion
Unsaturated polyester resins: Thickening and thixotropy
Paints / Coatings: Thickening and thixotropy, Storage stability (resistance to settlement)
Adhesives: Thickening and thixotropy, improved adhesion Storage stability (resistance to settlement)
Paper: Adsorbent, Transparency
Bulk materials: Anti-caking, free flow aids , Adsorbent, Anti-blocking effect, moisture resistance
CMP: Polishing agent
Toners: Improved flow properties, electric charge control, Improved toner transfer to paper

Characteristics Thickening and thixotropy: REOLOSIL provides thickening and thixotropic effects in liquid systems such as polyesters, epoxies, and urethane resins due to interactions between aggregates and the development of three-dimensional networks between REOLOSIL particles. Reinforcement: Adding REOLOSIL as a filler material improves various mechanical properties of elastomers, including modulus, elongation at break, tensile strength and tear resistance. REOLOSIL's large specific surface area also makes it possible to achieve excellent transparency in elastomers. Anti-settling effects: REOLOSIL improves the suspension behavior in liquid systems, such as pigmented coatings or resins containing filters. Anti-caking, effects for Improved flow characteristics: Due to a property that makes it behave like bait bearings, REOLOSIL resists lumping and clogging. It can be used to improve the storage stability of powders that are especially prone to caking. REOLOSIL can also be used to improve flow characteristics and prevent flow problems. Insulation: With its very low solid state conductivity and vast spacing between particles, REOLOSIL provides excellent electrical and thermal insulation properties. Electrical charge: Hydrophobic REOLOSIL is used as a toner additive to stabilize electrical charge characteristics. TOKUYAMA can provide hydrophobic REOLOSIL grades manufactured to custom specifications. Polishing: In the semiconductor manufacturing process, the planarizalion of silicon wafers is achieved via CMP (chemical mechanical polishing) processes such as ILD, STI and metal CMP. REOLOSIL is used in certain CMP slurries as a polishing agent, due to high purity, sub-micron particle size and its distribution characteristics.

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Reolosil QS-30

Fumed silica untreated Applications

Synthetic rubbers and Silicone rubbers: Reinforcing effect , Electrical insulation
Sealants: Thickening and thixotropy, Reinforcement, improved adhesion
Unsaturated polyester resins: Thickening and thixotropy
Paints / Coatings: Thickening and thixotropy, Storage stability (resistance to settlement)
Adhesives: Thickening and thixotropy, improved adhesion Storage stability (resistance to settlement)
Paper: Adsorbent, Transparency
Bulk materials: Anti-caking, free flow aids , Adsorbent, Anti-blocking effect, moisture resistance
CMP: Polishing agent
Toners: Improved flow properties, electric charge control, Improved toner transfer to paper

Characteristics Thickening and thixotropy: REOLOSIL provides thickening and thixotropic effects in liquid systems such as polyesters, epoxies, and urethane resins due to interactions between aggregates and the development of three-dimensional networks between REOLOSIL particles. Reinforcement: Adding REOLOSIL as a filler material improves various mechanical properties of elastomers, including modulus, elongation at break, tensile strength and tear resistance. REOLOSIL's large specific surface area also makes it possible to achieve excellent transparency in elastomers. Anti-settling effects: REOLOSIL improves the suspension behavior in liquid systems, such as pigmented coatings or resins containing filters. Anti-caking, effects for Improved flow characteristics: Due to a property that makes it behave like bait bearings, REOLOSIL resists lumping and clogging. It can be used to improve the storage stability of powders that are especially prone to caking. REOLOSIL can also be used to improve flow characteristics and prevent flow problems. Insulation: With its very low solid state conductivity and vast spacing between particles, REOLOSIL provides excellent electrical and thermal insulation properties. Electrical charge: Hydrophobic REOLOSIL is used as a toner additive to stabilize electrical charge characteristics. TOKUYAMA can provide hydrophobic REOLOSIL grades manufactured to custom specifications. Polishing: In the semiconductor manufacturing process, the planarizalion of silicon wafers is achieved via CMP (chemical mechanical polishing) processes such as ILD, STI and metal CMP. REOLOSIL is used in certain CMP slurries as a polishing agent, due to high purity, sub-micron particle size and its distribution characteristics.

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Reolosil QS-40

Fumed silica matting agent Applications

Synthetic rubbers and Silicone rubbers: Reinforcing effect , Electrical insulation
Sealants: Thickening and thixotropy, Reinforcement, improved adhesion
Unsaturated polyester resins: Thickening and thixotropy
Paints / Coatings: Thickening and thixotropy, Storage stability (resistance to settlement)
Adhesives: Thickening and thixotropy, improved adhesion Storage stability (resistance to settlement)
Paper: Adsorbent, Transparency
Bulk materials: Anti-caking, free flow aids , Adsorbent, Anti-blocking effect, moisture resistance
CMP: Polishing agent
Toners: Improved flow properties, electric charge control, Improved toner transfer to paper

Characteristics Thickening and thixotropy: REOLOSIL provides thickening and thixotropic effects in liquid systems such as polyesters, epoxies, and urethane resins due to interactions between aggregates and the development of three-dimensional networks between REOLOSIL particles. Reinforcement: Adding REOLOSIL as a filler material improves various mechanical properties of elastomers, including modulus, elongation at break, tensile strength and tear resistance. REOLOSIL's large specific surface area also makes it possible to achieve excellent transparency in elastomers. Anti-settling effects: REOLOSIL improves the suspension behavior in liquid systems, such as pigmented coatings or resins containing filters. Anti-caking, effects for Improved flow characteristics: Due to a property that makes it behave like bait bearings, REOLOSIL resists lumping and clogging. It can be used to improve the storage stability of powders that are especially prone to caking. REOLOSIL can also be used to improve flow characteristics and prevent flow problems. Insulation: With its very low solid state conductivity and vast spacing between particles, REOLOSIL provides excellent electrical and thermal insulation properties. Electrical charge: Hydrophobic REOLOSIL is used as a toner additive to stabilize electrical charge characteristics. TOKUYAMA can provide hydrophobic REOLOSIL grades manufactured to custom specifications. Polishing: In the semiconductor manufacturing process, the planarizalion of silicon wafers is achieved via CMP (chemical mechanical polishing) processes such as ILD, STI and metal CMP. REOLOSIL is used in certain CMP slurries as a polishing agent, due to high purity, sub-micron particle size and its distribution characteristics.

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Reolosil PM-20

Fumed silica, treated, rheology additive Applications

Synthetic rubbers and Silicone rubbers: Reinforcing effect , Electrical insulation
Sealants: Thickening and thixotropy, Reinforcement, improved adhesion
Unsaturated polyester resins: Thickening and thixotropy
Paints / Coatings: Thickening and thixotropy, Storage stability (resistance to settlement)
Adhesives: Thickening and thixotropy, improved adhesion Storage stability (resistance to settlement)
Paper: Adsorbent, Transparency
Bulk materials: Anti-caking, free flow aids , Adsorbent, Anti-blocking effect, moisture resistance
CMP: Polishing agent
Toners: Improved flow properties, electric charge control, Improved toner transfer to paper

Characteristics Thickening and thixotropy: REOLOSIL provides thickening and thixotropic effects in liquid systems such as polyesters, epoxies, and urethane resins due to interactions between aggregates and the development of three-dimensional networks between REOLOSIL particles. Reinforcement: Adding REOLOSIL as a filler material improves various mechanical properties of elastomers, including modulus, elongation at break, tensile strength and tear resistance. REOLOSIL's large specific surface area also makes it possible to achieve excellent transparency in elastomers. Anti-settling effects: REOLOSIL improves the suspension behavior in liquid systems, such as pigmented coatings or resins containing filters. Anti-caking, effects for Improved flow characteristics: Due to a property that makes it behave like bait bearings, REOLOSIL resists lumping and clogging. It can be used to improve the storage stability of powders that are especially prone to caking. REOLOSIL can also be used to improve flow characteristics and prevent flow problems. Insulation: With its very low solid state conductivity and vast spacing between particles, REOLOSIL provides excellent electrical and thermal insulation properties. Electrical charge: Hydrophobic REOLOSIL is used as a toner additive to stabilize electrical charge characteristics. TOKUYAMA can provide hydrophobic REOLOSIL grades manufactured to custom specifications. Polishing: In the semiconductor manufacturing process, the planarizalion of silicon wafers is achieved via CMP (chemical mechanical polishing) processes such as ILD, STI and metal CMP. REOLOSIL is used in certain CMP slurries as a polishing agent, due to high purity, sub-micron particle size and its distribution characteristics.

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Pangel B42

Pangel B-42 is a powdered additive with a high thickening and anti-settling capacity for high polarity systems, particularly recommended for systems based on alcohol, glycol an ketone type solvents, as well as in mixtures of those with water. Pangel B-42 is particularly recommended to provide thixotropic, suspension and sagging-resistance properties to systems based on alcohol, glycol an ketone type solvents, as well as in mixtures of those with water. Pangel B-42 provides a strongly pseudoplastic character, producing high consistency levels without affecting viscosity during application. It exhibits its high effectiveness as anti-settling additive in formulations with high solid contents. Use of Pangel B-42 has the following advantages against other conventional additives: • Coatings and paints- Prevents settling of pigments and fillers; controls sagging without aggravating leveling; high stability during transportation and storage. • Printing inks: Improves consistency and prevents settling of pigments. • Paint strippers: Improves stability and facilitates stripping action. • Sealants and joints: Improves wetting and suspension properties; controls sliding. • Others: Control of sagging and dripping; improves stability.