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Polymer Additives
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162 products match your search
Product Name
Supplier
Description
Quinacridone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Quinacridone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Dioxazine. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Carbazole (dioxazine). It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Quinacridone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Dioxazine. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
HEXPOL COMPOUNDING
Quinacridone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Benzimidazolone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
HEXPOL COMPOUNDING
Sodium aluminum sulfosilicate. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
HEXPOL COMPOUNDING
Quinacridone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
HEXPOL COMPOUNDING
Quinacridone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM rubbers... view more
Carbon black. It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
Carbon black (lampblack). It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
Carbon black. It exhibits optimum performance in CPE. Provides an ideal balance of dispersion and compatibility... view more
Carbon black. It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
Carbon black. It exhibits optimum performance in SBR. Provides an ideal balance of dispersion and compatibility... view more
It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
Carbon black (lampblack). It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Iron oxide. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Iron oxide. It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
It exhibits optimum performance in SBR. Provides an ideal balance of dispersion and compatibility... view more
Titanium dioxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in NBR... view more
Titanium dioxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Titanium dioxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Titanium dioxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Aluminum. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Disazopyrazolone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Disazopyrazolone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Disazopyrazolone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Dianisidine. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Disazopyrazolone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Benzimidazolone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Disazopyrazolone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Azo. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in ethylene-propylene rubbers... view more
Azo. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Benzimidazolone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in ethylene-propylene rubbers... view more
Benzimidazolone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Azo. It exhibits optimum performance in rubbers. Provides an ideal balance of dispersion and compatibility... view more
Azo. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Azo. It exhibits optimum performance in SBR. Provides an ideal balance of dispersion and compatibility... view more
Molybdated lead chromate. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
HEXPOL COMPOUNDING
Molybdated lead chromate. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
HEXPOL COMPOUNDING
Molybdated lead chromate. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Pigment blend. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in ethylene-propylene-diene rubbers... view more
Monoazo (calcium). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Monoazo (calcium). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Monoazo (calcium). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Disazopyrazolone (diarylide). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
HEXPOL COMPOUNDING
Disazopyrazolone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Naphthol. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Monoazo (Ba). It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Disazopyrazolone (diarylide). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Monoazo (calcium). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Pigment blend. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in ethylene propylene diene rubbers... view more
HEXPOL COMPOUNDING
Monoazo (calcium). It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Diketo-pyrrolo-pyrrole. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Naphthol. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in NBR... view more
Diketo-pyrrolo-pyrrole. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Disazopyrazolone (diarylide). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Disazopyrazolone (diarylide). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Disazopyrazolone (diarylide). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Monoazo (Ba). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Naphthol. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Naphthol. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Pigment blend. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Diketo-pyrrollo-pyrrole. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in chlorinated polyethylene... view more
Monoazo (Ba). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Diketo-pyrrolo-pyrrole. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Diketo-pyrrolo-pyrrole. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
HEXPOL COMPOUNDING
Red lake C/ Beta-napthol (Ba). It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Naphthol. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
HEXPOL COMPOUNDING
Perylene. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
HEXPOL COMPOUNDING
Monoazo (lithol on calcium base). It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Naphthol. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
HEXPOL COMPOUNDING
Monoazo. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Quinacridone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Anhydrous iron oxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Anhydrous iron oxide. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Anhydrous iron oxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Anhydrous iron oxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styene-butadiene rubbers... view more
Anhydrous iron oxide. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Anhydrous iron oxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in NBR... view more
Iron oxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in fluoroelastomers... view more
Anhydrous iron oxide. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Anhydrous iron oxide. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Phthalocyanine. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. It exhibits optimum performance in fluoroelastomers. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Phthalocyanine. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Phthalocyanine. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in NBR... view more
Phthalocyanine. It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Phthalocyanine. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Phthalocyanine. It exhibits optimum performance in natural rubbers. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Chromium oxide. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Chromium oxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Chromium oxide. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Pigment blend. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Pigment blend. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Pigment blend. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Disazo. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Diarylide yellow. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Disazo. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Diarylide yellow. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Diarylide yellow. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Disazo. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPR... view more
Diarylide yellow. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Diarylide yellow. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Disazo. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility for the application... view more
Diarylide yellow. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility for application... view more
Diarylide yellow. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility for the application... view more
Diarylide yellow. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Diarylide yellow. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in natural rubbers... view more
Isoindolinone (tetrachloro). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in ethylene-propylene rubbers... view more
Diarylide yellow. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility for the application... view more
Benzimidazolone. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Methine-disazo condensate. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Diarylide yellow. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in styrene-butadiene rubbers... view more
Benzimidazolone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Isoindolinone (tetrachloro). It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Diarylide yellow. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Diarylide yellow. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility for the application... view more
Isoindolinone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
HEXPOL COMPOUNDING
Quinophthalone. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Isoindolinone (tetrachloro). It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility for the application... view more
Chromium antimony titanium buff rutile. It exhibits optimum performance in SBR. Provides an ideal balance of dispersion and compatibility... view more
Iron (III) oxide monohydrate. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in EPDM... view more
Iron (III) oxide monohydrate. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility for the application... view more
Iron (III) oxide monohydrate. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in ethylene-propylene rubbers... view more
Iron (III) oxide monohydrate. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
Iron (III) oxide monohydrate. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in NBR... view more
It exhibits optimum performance in SBR. Provides an ideal balance of dispersion and compatibility... view more
Iron oxide. It exhibits optimum performance in SBR. Provides an ideal balance of dispersion and compatibility... view more
Iron oxide. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Iron oxide. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Iron oxide. It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
Iron oxide. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility. Possesses resistance to heat... view more
Pigment blend. It exhibits optimum performance in SBR. Provides an ideal balance of dispersion and compatibility... view more
Pigment blend. It exhibits optimum performance in SBR. Provides an ideal balance of dispersion and compatibility... view more
It exhibits optimum performance in SBR. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. Exhibits an ideal balance of dispersion and compatibility. Possesses compatibility with SBR... view more
Phthalocyanine. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. Exhibits an ideal balance of dispersion and compatibility. Offers an optimum performance in rubbers... view more
Phthalocyanine. Exhibits an ideal balance of dispersion and compatibility. Possesses compatibility with EPDM... view more
Phthalocyanine. It exhibits optimum performance in EPR. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. Exhibits an ideal balance of dispersion and compatibility. Possesses compatibility with UB... view more
Phthalocyanine. It exhibits optimum performance in EPR. Provides an ideal balance of dispersion and compatibility... view more
Phthalocyanine. Exhibits an ideal balance of dispersion and compatibility. Possesses compatibility with EPDM... view more
Phthalocyanine. Exhibits an ideal balance of dispersion and compatibility. Possesses compatibility with SBR... view more
Phthalocyanine. Exhibits an ideal balance of dispersion and compatibility. Possesses compatibility with SBR... view more
Phthalocyanine. It provides an ideal balance of dispersion and compatibility. Offers optimum performance in SBR... view more
Ultramarine blue. It exhibits optimum performance in EPDM. Provides an ideal balance of dispersion and compatibility... view more
Cobalt aluminate blue spinel. It exhibits optimum performance in EPR. Provides an ideal balance of dispersion and compatibility... view more
Cobalt aluminate blue spinel. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Ultramarine blue. It exhibits optimum performance in rubbers and related polymer systems. Provides an ideal balance of dispersion and compatibility... view more
Pigment blend. It exhibits an ideal balance of dispersion and compatibility. Shows optimum performance in SBR... view more
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