| Hyacross™ Hyaluronic Acid Microbeads TG300 | Bloomage Biotechnology Corp., Ltd. |
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Hyacross™ TG300 is a kind of swelled but water insoluble sodium hyaluronate crosspolymer, obtained from natural sodium hyaluronate by applying the patented cross-linking technology. Hyacross™ TG300 can turn into crystal and highly elastic HA microbeads af...view more
Hyacross™ TG300 is a kind of swelled but water insoluble sodium hyaluronate crosspolymer, obtained from natural sodium hyaluronate by applying the patented cross-linking technology. Hyacross™ TG300 can turn into crystal and highly elastic HA microbeads after swelling, which is able to replace the traditional plastic microbeads. It can be used in an exfoliating scrub to smooth skin and promote skin blood circulation, especially suitable for sensitive skin. view less
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| Hyafactor™-PGA-HM | Bloomage Biotechnology Corp., Ltd. |
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Hyafactor™-PGA-HM is obtained by fermentation with a superior strain of Bacillus subtilis. Its INCI name is sodium polyglutamate, which is a form of existence of Polyglutamic acid (PGA) in nature. PGA is usually a sticky anionic amino acid polymer. Initia...view more
Hyafactor™-PGA-HM is obtained by fermentation with a superior strain of Bacillus subtilis. Its INCI name is sodium polyglutamate, which is a form of existence of Polyglutamic acid (PGA) in nature. PGA is usually a sticky anionic amino acid polymer. Initially, it was found in a traditional food ‘natto’, which is also called γ-polyglutamic acid (γ-PGA). Today, it is regarded as a good natural moisturizing ingredient and is widely used in personal care products. Not only can it provide better skin feeling, smoothness and silkiness, it can also protect the skin from external aggressions and soothe the response of allergy and inflammatory. The recommended dosage is 0.05%-1%. view less
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| Hyafactor™-PGA-LM | Bloomage Biotechnology Corp., Ltd. |
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Hyafactor™-PGA-LM is obtained by fermentation with a superior strain of Bacillus subtilis. Its INCI name is sodium polyglutamate, which is a form of existence of Polyglutamic acid (PGA) in nature. PGA is usually a sticky anionic amino acid polymer. Initia...view more
Hyafactor™-PGA-LM is obtained by fermentation with a superior strain of Bacillus subtilis. Its INCI name is sodium polyglutamate, which is a form of existence of Polyglutamic acid (PGA) in nature. PGA is usually a sticky anionic amino acid polymer. Initially, it was found in a traditional food ‘natto’, which is also called γ-polyglutamic acid (γ-PGA). Today, it is regarded as a good natural moisturizing ingredient and is widely used in personal care products. Not only can it provide better skin feeling, smoothness and silkiness, it can also protect the skin from external aggressions and soothe the response of allergy and inflammatory. The recommended dosage is 0.05%-1%. view less
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| Hyafactor™-PGA-SHM | Bloomage Biotechnology Corp., Ltd. |
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Hyafactor™-PGA-SHM is a polypeptide biopolymer produced through the fermentation of the probiotic “Natto Bacillus”. The molecular weight of PGA-SHM is more than 2 MDa (GPC-MALLS method), which is 7 times bigger than PGA-HM, so PGA-SHM has a nice silky ski...view more
Hyafactor™-PGA-SHM is a polypeptide biopolymer produced through the fermentation of the probiotic “Natto Bacillus”. The molecular weight of PGA-SHM is more than 2 MDa (GPC-MALLS method), which is 7 times bigger than PGA-HM, so PGA-SHM has a nice silky skin feeling and a better film-forming ability which protect the skin barrier from pollution damage. view less
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| Paracera® N 101 | Paramelt |
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Paracera® N 101 is a highly controlled, narrow molecular weight distribution of primarily linear hydrocarbons that has high performance property impact at low addition levels. The sharp phase change properties are very effective at increasing temperature ...view more
Paracera® N 101 is a highly controlled, narrow molecular weight distribution of primarily linear hydrocarbons that has high performance property impact at low addition levels. The sharp phase change properties are very effective at increasing temperature stability and preventing premature softening of the finished product. The highly linear nature of the material combined with the narrow distribution enhances oil gelation and stability, modifies rheology, imparts gloss and improves structuring in sticks. Paracera® N 101 has multiple uses across all cosmetic product groups, with particular performance benefits as an oil phase rheology modifier, temperature stabilizer and increaser, structuring component, hardness increasing agent and to impart glossy appearance in sticks and color cosmetics. view less
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| Paracera® N 106 | Paramelt |
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Paracera® N 106 is a highly controlled, narrow molecular weight distribution of primarily linear hydrocarbons that has high performance property impact at low addition levels. The sharp phase change properties are very effective at increasing temperature ...view more
Paracera® N 106 is a highly controlled, narrow molecular weight distribution of primarily linear hydrocarbons that has high performance property impact at low addition levels. The sharp phase change properties are very effective at increasing temperature stability and preventing premature softening of the finished product. The highly linear nature of the material combined with the narrow distribution enhances oil gelation and stability, modifies rheology, imparts gloss and improves structuring in sticks. Paracera® N 106 has multiple uses across all cosmetic product groups, with particular performance benefits as an oil phase rheology modifier, temperature stabilizer and increaser, structuring component, hardness increasing agent and to impart glossy appearance in sticks and color cosmetics. view less
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| Paracera® N 96 | Paramelt |
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Paracera® N 96 is a highly controlled, narrow molecular weight distribution of primarily linear hydrocarbons that has high performance property impact at low addition levels. The sharp phase change properties are very effective at increasing temperature s...view more
Paracera® N 96 is a highly controlled, narrow molecular weight distribution of primarily linear hydrocarbons that has high performance property impact at low addition levels. The sharp phase change properties are very effective at increasing temperature stability and preventing premature softening of the finished product. view less
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