| Aristoflex® HMB | Clariant - Personal Care 科莱恩 |
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Aristoflex® HMB is a hydrophobically modified synthetic polymer used as gelling agent for aqueous systems and as texturizer or thickener for oil-in-water emulsions. The polymer is pre-neutralized, easy to use and provides formulations with excellent yield...view more
Aristoflex® HMB is a hydrophobically modified synthetic polymer used as gelling agent for aqueous systems and as texturizer or thickener for oil-in-water emulsions. The polymer is pre-neutralized, easy to use and provides formulations with excellent yield value, corresponding to superior stability even in the absence of additional emulsifier. Due to the hydrophobic modification, even low concentrations of this product stabilize high amounts of oil. view less
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| QUATIN® 350 TQ-D | Cosun Biobased Experts |
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QUATIN® 350 TQ-D is a novel cationic inulin polymer that offers a unique combination of sensory benefits and deposition performance in various personal care applications. It is a sustainable alternative to traditional cationic (bio)polymers because of its...view more
QUATIN® 350 TQ-D is a novel cationic inulin polymer that offers a unique combination of sensory benefits and deposition performance in various personal care applications. It is a sustainable alternative to traditional cationic (bio)polymers because of its inherently biodegradable status as well as its excellent aquatic and ecotoxicity profile. view less
Compliance Highlights Unavailable
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| QUATIN® 350 UP (D) Powder | Cosun Biobased Experts |
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QUATIN® 350 UP (D) Powder is a novel cationic inulin polymer that offers a unique combination of sensory benefits and deposition performance in various personal care applications. It is a sustainable alternative to traditional cationic (bio)polymers becau...view more
QUATIN® 350 UP (D) Powder is a novel cationic inulin polymer that offers a unique combination of sensory benefits and deposition performance in various personal care applications. It is a sustainable alternative to traditional cationic (bio)polymers because of its inherently biodegradable status as well as its excellent aquatic and ecotoxicity profile. view less
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