| BENTONE GEL® DM5 V | Elementis |
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BENTONE GEL® DM5 V is a specially prepared dispersion of a non-animal origin organically modified hectorite clay in dimethicone.
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| BENTONE GEL® LC V | Elementis |
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BENTONE GEL® LC V is a specially prepared dispersion of a non-animal origin organically modified hectorite clay in a low carbon chain alkane. It delivers a combination of benefits in a single, easy to use product. It is designed to impart rheological cont...view more
BENTONE GEL® LC V is a specially prepared dispersion of a non-animal origin organically modified hectorite clay in a low carbon chain alkane. It delivers a combination of benefits in a single, easy to use product. It is designed to impart rheological control and suspension to the oil phase of cosmetics. It is an easily spreadable, volatile and non-oily emollient, which leaves a soft, non-tacky skin feel. view less
Compliance Highlights Available
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| BENTONE GEL® LIP V | Elementis |
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BENTONE GEL® LIP V is a specially prepared dispersion of a non-animal origin, organically modified hectorite in non-volatile hydrogenated polyisobutene. BENTONE GEL® LIP V delivers a combination of benefits in a single, easy to use product. It is designed...view more
BENTONE GEL® LIP V is a specially prepared dispersion of a non-animal origin, organically modified hectorite in non-volatile hydrogenated polyisobutene. BENTONE GEL® LIP V delivers a combination of benefits in a single, easy to use product. It is designed to impart rheological control and suspension properties to emulsion and anhydrous products. BENTONE GEL® LIP V provides thermostable viscosity control of the emulsion’s oil phase, imparts thixotropic flow, improves application properties, enhances aesthetics by masking greasy and tacky components and imparts a pleasant residual silkiness on the skin. BENTONE GEL® LIP V is especially designed to impart cushion and slip to lip products. view less
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| BENTONE GEL® OMS V | Elementis |
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BENTONE GEL® OMS V is a specially prepared dispersion of an organically modified hectorite in ISOPAR+H (C11-12 Isoparaffin). This grade is designed to impart rheological control and suspension to organic- and silicone-based cosmetics. BENTONE GEL® OMS V i...view more
BENTONE GEL® OMS V is a specially prepared dispersion of an organically modified hectorite in ISOPAR+H (C11-12 Isoparaffin). This grade is designed to impart rheological control and suspension to organic- and silicone-based cosmetics. BENTONE GEL® OMS V is also particularly useful in emulsions and can be used in "cold process" systems. It provides thermostable viscosity control of the emulsion's oil phase, improves application properties, enhances skin-feel by masking greasy or tacky components and imparts a pleasant residual silkiness to the skin. BENTONE GEL® OMS V is an alternative to traditional polymer or cellulose-based thickeners for stabilising emulsions. view less
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| BENTONE® LUXE WN | Elementis |
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BENTONE® LUXE WN provides emulsification and rheological properties for silicone free water in oil systems. BENTONE® LUXE WN creates extremely stable emulsions with the ability to create a variety of textures. Emulsions containing BENTONE® LUXE ...view more
BENTONE® LUXE WN provides emulsification and rheological properties for silicone free water in oil systems. BENTONE® LUXE WN creates extremely stable emulsions with the ability to create a variety of textures. Emulsions containing BENTONE® LUXE WN apply easily without leaving a greasy film on the skin. This emulsifying gel can create water in oil systems containing extremely high water content, creating a hydrating sensation. This product is compliant with RSPO, Vegan, and ISO 16128 requirements. view less
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| BENTONE® LUXE WS | Elementis |
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BENTONE® LUXE WS provides emulsification and rheological properties that facilitate the creation of innovative personal care formulas. BENTONE® LUXE WS allows the creation of elegant textures with a thixotropic flow and suspension of active ingredients. I...view more
BENTONE® LUXE WS provides emulsification and rheological properties that facilitate the creation of innovative personal care formulas. BENTONE® LUXE WS allows the creation of elegant textures with a thixotropic flow and suspension of active ingredients. It improves application properties, enhances skin-feel by masking greasy or tacky components and imparts a pleasant residual silkiness to the skin. This grade is designed to impart rheological control and suspension to silicone-based cosmetics and emulsion systems. It provides thermostable viscosity control of the emulsion's oil phase. It aids in dispersing pigments and sunscreen actives for even coverage. This product is compliant with RSPO requirements. view less
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| BENTONE® LUXE XO | Elementis |
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BENTONE® LUXE XO provides emulsification and rheological properties for silicone free water in oil systems. It also creates extremely stable emulsions with the ability to create a variety of textures.
Compliance Highlights Available
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| Biobloom™ Microecobeauty ME-1 | Bloomage Biotechnology Corp., Ltd. |
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Biobloom™ Microecobeauty ME-1 is obtained from a ferment lysate form from the probiotic lactobacillus rhamnosus isolated by Bloomage biotech. The fermentation enzymatic hydrolysis suspension contains intracellular and extracellular metabolites of lactobac...view more
Biobloom™ Microecobeauty ME-1 is obtained from a ferment lysate form from the probiotic lactobacillus rhamnosus isolated by Bloomage biotech. The fermentation enzymatic hydrolysis suspension contains intracellular and extracellular metabolites of lactobacillus rhamnosus and active bacterium ingredients. Tests show that ME-1 can significantly inhibit the reproduction of harmful bacteria, regulate the skin microbiota, and correct the imbalance of oil secretion and pH caused by abnormal skin microbiota. Meanwhile, ME-1 can significantly upregulate the expression of skin immune-related genes, promote the synthesis of antimicrobial peptides, improve the activity of immune cells, and enhance the skin immune function. view less
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| Biobloom™ Microecobeauty ME-2 | Bloomage Biotechnology Corp., Ltd. |
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Biobloom™ Microecobeauty ME-2 is jointly developed by Bloomage Biotech and the National Functional Food Engineering Technology Research Center Probiotic Science and Technology Laboratory—A team led by academician of the Chinese Academy of Engineering. ME-...view more
Biobloom™ Microecobeauty ME-2 is jointly developed by Bloomage Biotech and the National Functional Food Engineering Technology Research Center Probiotic Science and Technology Laboratory—A team led by academician of the Chinese Academy of Engineering. ME-2 is based on the probiotic strain library of the Probiotic Science and Technology Laboratory to obtain the strongest anti-oxidant Lactobacillus paracasei, and then used Lactobacillus paracasei as the fermentation strain based on Bloomage Biotech's probiotic fermentation technology platform to produce. ME-2 can significantly increase the secretion of Nrf2 and activate the antioxidant pathway, enhance cell antioxidant capacity, reduce oxidative damage. In-vivo tests showed that ME-2 can reduce pigment deposition, tighten and brighten skin. view less
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| Bioyouth™ FCM-Cordyceps Militaris Ferment Filtrate | Bloomage Biotechnology Corp., Ltd. |
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Bioyouth™FCM-Cordyceps Militaris Ferment Filtrate is an active extract obtained by fermentation with specific Lactococcus developed by Bloomage Biotech based on its biological fermentation technology platform, with cordyceps militaris as the substrate. Te...view more
Bioyouth™FCM-Cordyceps Militaris Ferment Filtrate is an active extract obtained by fermentation with specific Lactococcus developed by Bloomage Biotech based on its biological fermentation technology platform, with cordyceps militaris as the substrate. Tests show that BioyouthTM-FCM can significantly promote the expressions of Hypoxia-inducible factors (HIF-1α), activate autophagy and significantly improve skin aging problems such as collagen loss, pigmentation, and skin elasticity reduction caused by hypoxia. It can be used in anti-aging products such as creams, lotions, serums, facial masks, and body care products. view less
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| Bioyouth™-Brice | Bloomage Biotechnology Corp., Ltd. |
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Bioyouth™-Brice is developed using brown rice as the substrate and a unique yeast as fermenting strain. Through the advanced submerged fermentation process, Bioyouth™-Brice contains abundance of active polypeptides, amino acids, lactic acid, phytic acid, ...view more
Bioyouth™-Brice is developed using brown rice as the substrate and a unique yeast as fermenting strain. Through the advanced submerged fermentation process, Bioyouth™-Brice contains abundance of active polypeptides, amino acids, lactic acid, phytic acid, ferulic acid, phytate, sterols, and other active factors. These active factors can be quickly absorbed by the skin, increase the cell activity, repaire damaged cells, anti-aging, improve the overall skin appearance. Its INCI name is Saccharomyces/ Rice ferment filtrate, and now Bioyouth™-Brice has passed the COSMOS certification. view less
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| EA-3105 | Elementis |
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EA-3105 is a specially prepared dispersion of an organically modified hectorite in volatile silicone (pentamer). This grade is designed to impart rheological control and suspension to organic- and silicone-based cosmetics. EA-3105 is also particularly use...view more
EA-3105 is a specially prepared dispersion of an organically modified hectorite in volatile silicone (pentamer). This grade is designed to impart rheological control and suspension to organic- and silicone-based cosmetics. EA-3105 is also particularly useful in emulsions and can be used in ""cold process"" systems. It provides thermostable viscosity control of the emulsion's oil phase, improves application properties, enhances skin-feel by masking greasy or tacky components and imparts a pleasant residual silkiness to the skin. EA-3105 is an alternative to traditional polymer or cellulose-based thickeners for stabilising emulsions. view less
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| Hyacross™ TG100 | Bloomage Biotechnology Corp., Ltd. |
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Hyacross™ TG100 is crosslinked elastomer derived from natural source Hyaluronic Acid. This product is commonly used in various skin care products.
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