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Polymer Additives
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9 products match your search
Product Name
Supplier
Description
Venator Materials
HOMBITAN® LC-S by Venator Materials Huntsman is titanium dioxide. Offers extremely good dispersibility, excellent whitenesses, high opacity and minimum abrasion. It is compatible with aqueous and... view more
Venator Materials
HOMBITAN® LO-CR-K by Venator Materials is micronized white pigment based on anatase titanium dioxide. It is both inorganically- and organically coated. Exhibits low abrasion, good dispersibility and... view more
Venator Materials
HOMBITAN® LO-CR-S-M by Venator Materials (Huntsman) is a surface modified anatase titanium dioxide microcrystals of the highest quality. Provides high lattice stability and an additional inorganic... view more
Applications
Venator Materials
HOMBITAN® LW-S by Venator Materials (Huntsman) is anatase microcrystals with no surface treatment. It is non-coated anatase and suppression of fiber breakage rates for high-speed/high-yield... view more
Venator Materials
Micronized white pigment based on anatase titanium dioxide. Exhibits low abrasion and neutral hue. Provides high scattering power for extremely good dry and wet opacity. Ideal for color mixes. Used... view more
Venator Materials
Anatase microcrystals with special organic surface coating. Low fiber breakage rates for highly productive processes, facilitate slurry and fiber processing, prolongs filter lifetime, no impairment... view more
Venator Materials
HOMBITAN® LW-S-U by Venator Materials (Huntsman) is an anatase microcrystals with inner stabilization and antimony-doped crystal lattice. Exhibits excellent polymer compatibility, maximal... view more
Venator Materials
Micronized white pigment on anatase titanium dioxide. It exhibits high scattering power for extremely good dry and wet opacity. Provides neutral hue. Ideal for color mixes. Used in pigmentation of... view more
Venator Materials
Anatase microcrystals with multiple modification. Better UV and weather resistance. Minimal grinding effort, best filter lifetime values. Better light-fastness without any effect on dyeing for... view more
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