KOR

Product

Product

Product

Total 292
Manufacturer Product Name INCI Name Category Function Description Remarks
Lamberti
ESAFLOR HC56
hpadmin1997 | 2024.09.20 | Votes 0 | Views 250
Hydroxypropyl Guar Hydroxypropyltrimonium Chloride Cationic Polymer Hair Conditioning • Interacts with keratin to provide conditioning effects
• Viscosity: 300–1,000 mPas
• Reduces the negative effects of anionic surfactants
• Minimally affected by electrolytes
• Becomes transparent at pH 5.5–6.0
• Suitable for cold process formulations
• Designed for use in rinse-off products
NMPA : O
VEGAN : O
Lamberti
ESAFLOR PURE
hpadmin1997 | 2024.09.20 | Votes 0 | Views 244
Guar Hydroxypropyltrimonium Chloride Cationic Polymer Hair Conditioning • Cationic Guar capable of creating transparent formulations when applied with a surfactant base
• Provides conditioning effects by interacting with keratin
• Improves hair combability
• Reduces the negative effects of anionic surfactants
• Enhances silicone deposition in shampoo and conditioner formulations
• Foam Stabilizer, Cold process
NMPA : O
VEGAN : O
REACH : O
Lamberti
ESAFLOR LIGHT
hpadmin1997 | 2024.09.20 | Votes 0 | Views 201
Guar Hydroxypropyltrimonium Chloride Cationic Polymer Hair Conditioning • Utilizes patented ZERO-X TECHNOLOGY to reduce water consumption, CO2 emissions, energy usage, and raw material consumption compared to other polymers
• Requires less purified water for raw material dissolution, enhancing production convenience
• Viscosity: 25–80 mPas
• Nitrogen Content: 1.1~1.5
NMPA : O
VEGAN : O
REACH : O
Lamberti
ESAFLOR PLUS
hpadmin1997 | 2024.09.20 | Votes 0 | Views 223
Guar Hydroxypropyltrimonium Chloride Cationic Polymer Hair Conditioning • Utilizes patented ZERO-X TECHNOLOGY to reduce water consumption, CO2 emissions, energy usage, and raw material consumption compared to conventional polymers
• Requires less purified water for raw material dissolution, enhancing production efficiency and convenience
• Viscosity: 800–2,200 mPas
• Nitrogen Content: 1.5~2.1
NMPA : O
VEGAN : O
REACH : O
Lamberti
ESAFLOR EC 7
hpadmin1997 | 2024.09.20 | Votes 0 | Views 243
Guar Hydroxypropyltrimonium Chloride Cationic Polymer Hair Conditioning • Provides conditioning effects by interacting with keratin
• Degree of substitution: 0.20–0.30
• Viscosity: 1,500–3,500 mPas, pH: 9–11
• Enhances hair combability
• Reduces the negative effects of anionic surfactants
• Increases silicone deposition in shampoo and conditioner formulations
• Boosts viscosity in surfactant-based formulations
• Foam Stabilizer, Cold process
• COSMOS APPROVED
• Rinse Off Type, Shampoos, Conditioners, Shaving Creams, Liquid soaps and foam baths
NMPA : O
REACH : O
COSMOS : O
Lamberti
ESAFLOR EC 5
hpadmin1997 | 2024.09.20 | Votes 0 | Views 269
Guar Hydroxypropyltrimonium Chloride Cationic Polymer Hair Conditioning • Provides conditioning effects by interacting with keratin
• Degree of substitution: 0.14–0.18
• Viscosity: 25–65 mPas, pH: 9–11
• Enhances hair combability
• Reduces the negative effects of anionic surfactants
• Improves silicone deposition in shampoo and conditioner formulations
• Increases viscosity in surfactant-based formulations
• Foam Stabilizer, Cold process
• COSMOS APPROVED
• Rinse Off Type, Shampoos, Conditioners, Shaving Creams, Liquid soaps and foam baths
NMPA : O
VEGAN : O
REACH : O
COSMOS : O
Lamberti
ESAFLOR EC 4
hpadmin1997 | 2024.09.20 | Votes 0 | Views 350
Guar Hydroxypropyltrimonium Chloride Cationic Polymer Hair Conditioning • Self-hydrating properties
• Provides conditioning effects by interacting with keratin
• Degree of substitution: 0.14–0.18
• Viscosity: 3,000–4,500 mPas, pH: 5–7
• Improves hair combability
• Reduces the negative effects of anionic surfactants
• Enhances silicone deposition in shampoo and conditioner formulations
• Increases viscosity in surfactant-based formulations
• Foam Stabilizer, Cold process
• Rinse Off Type, Shampoos, Conditioners, Shaving Creams, Liquid soaps and foam baths
NMPA : O
VEGAN : O
REACH : O
Lamberti
ESAFLOR EC 3
hpadmin1997 | 2024.09.20 | Votes 0 | Views 289
Guar Hydroxypropyltrimonium Chloride Cationic Polymer Hair Conditioning
Thickening
• Provides conditioning effects by interacting with keratin
• Degree of substitution: 0.14–0.18
• Viscosity: 3,000–4,500 mPas, pH: 9–11
• Enhances hair combability
• Reduces the negative effects of anionic surfactants
• Increases silicone deposition in shampoo and conditioner formulations
• Boosts viscosity in surfactant-based formulations
• Compatible with anionic and amphoteric surfactants
• Foam Stabilizer, Cold process
• COSMOS APPROVED
• Rinse Off Type, Shampoos, Conditioners, Shaving Creams, Liquid soaps and foam baths
NMPA : O
VEGAN : O
COSMOS : O
Lamberti
ESAFLOR 4W
hpadmin1997 | 2024.09.20 | Votes 0 | Views 302
Hydroxypropyl Guar Thickener Improves Sensory Feel
Thickening
• Non-ionic Guar
• Self-hydrating properties
• Viscosity: 3,000–5,000 mPas (1% solution)
• Functions as an O/W emulsion stabilizer
• Acts as a foam stabilizer
• Capable of thickening alcoholic solutions (up to 30% ethanol)
• Provides a soft and silky feel upon application
• Conditioners, Creams, Shampoo and Liquid soaps
NMPA : O
VEGAN : O
Lamberti
BEAUTYSPHAERA SC
hpadmin1997 | 2024.09.20 | Votes 0 | Views 370
PPG-17/IPDI/DMPA Copolymer (and) PEG/PPG-10/30 Copolymer Additive Soft Focusing • Innovative urethane powder designed for leave-on applications in skincare, sun care, and color cosmetics, delivering a unique and luxurious sensory experience NMPA : O
Lamberti
ALPICARE NS
hpadmin1997 | 2024.09.20 | Votes 0 | Views 341
PEG-40 Hydrogenated Castor Oil (and) Trideceth-9 (and) Water Solubilizer Solubilization • Highly efficient solubilizing non-ionic surfactant REACH : O
Lamberti
EUCAROL EASY MB
hpadmin1997 | 2024.09.20 | Votes 0 | Views 304
Disodium Cocoyl Glutamate (and) Disodium Coco-Glucoside Citrate Surfactant Cleansing • Powdered surfactant combining the foaming ability of Disodium Cocoyl Glutamate and the cleansing power of Disodium Coco-Glucoside Citrate
• Suitable for applications in foam cleansers, shampoo bars, and powder washes
NMPA : O
VEGAN : O
COSMOS : O