Asynt’s Post

Bactericidal, virucidal and yeasticidal, meet the new Purify formulations, from Paragon Products

Another inspiring formulation from our chemists to yours! 👩🔬 Check out the post below on how these little pods can help keep homes sparkling clean! ☺️☺️

Another formulation in the books 👩🔬 Happy to help promote the Clariant portfolio ☺️ Check out the post below on how these small pods contain effective and sustainable ingredients to help clean your home.

Why choose Pureact 138 for your next formulation?

📢 The Role of Ilmenite in Toothpaste Innovation: Whiter, Brighter Smiles! 🦷✨ Did you know that ilmenite, a vital source of titanium dioxide (TiO₂), is behind the gleaming appearance and top-quality performance of your toothpaste? Major brands like Colgate, P&G, and Unilever rely on TiO₂ to deliver that pure, white shine in their oral care products. 🌟 🔹 Whitening Power: Titanium dioxide delivers a bright white color, giving toothpaste its appealing, fresh look. 🔹 Smooth, Even Texture: This mineral ensures a creamy, uniform consistency, enhancing the brushing experience. 🔹 Product Stability: TiO₂ provides resilience against light and temperature, extending product freshness. 🔹 Safe, Effective: With regulated usage, TiO₂ keeps toothpaste safe and effective for all ages. Our high-quality ilmenite is ready to supply the oral care industry with the minerals needed for outstanding results. Let’s bring new levels of quality to oral health! 🌍💼 #Ilmenite #TitaniumDioxide #ToothpasteInnovation #OralCare #WhiteningEffect #ProductConsistency #ConsumerGoods #PersonalCare #TitaniumMinerals #EnhancedProducts #OralHygiene #SmoothTexture #IndustryEssentials #GlobalSuppliers #PremiumToothpaste #EverydayCare #InnovativeMinerals #HighQualityMinerals #SafeAndEffective #PearlyWhites #QualityIngredients #DentalCare #SustainableSources #IndustryLeaders #ToothpasteScience #OptimalCare #LeadingBrands #MineralSupply #BoostedPerformance #EnhancedConsumerExperience #Colgate #PAndG #Unilever #MineralSolutions #ProductExcellence #ResilientFormulas #GlobalReach #MarketLeaders #ConsumerHealth #ProductBrilliance #TopQuality

One of the advantages of Eucafluff® is that it produces lower rewet rates. The unique morphology of the eucalyptus fiber ensures increased liquid retention by the panel and a lower level of rewet, resulting in longer-lasting dry skin for end consumers. Short fibers directly contribute for the better performance of absorbent panels in personal hygiene items. More than just technical differences, these attributes offer competitive advantages to your product. Discover Eucafluff®, the fluff of the future. 

Considering making the switch to SonneNatural™️ 100% plant-based emollients? Watch to see how their range of desirable characteristics could be perfect for your next formulation. Watch the full video here: https://lnkd.in/gDiJZXkD #SonneNatural #SustainableBeauty

🌟 New Blog Alert: The Art of Creating Luxurious Pearlescent Handwash Liquid with EGDS 🌟 At Yeser Chemicals, we're excited to share our latest breakthrough in handwash formulations—a detailed guide on incorporating Ethylene Glycol Distearate (EGDS) to achieve that sought-after pearlescent effect. In our recent blog post, we dive deep into the science and art of creating a premium handwash that not only looks luxurious but also feels soothing to the skin. This step-by-step guide covers everything from the formula specifics to the final touches that make our products stand out. 🔍 Highlights Include: A detailed formulation chart and procedural guide. The role and benefits of EGDS in enhancing product aesthetics and feel. Insights into the safe and effective use of EGDS, backed by our R&D expertise. Perfect for R&D professionals and enthusiasts in the home and personal care industry, this guide is a testament to our commitment to innovation and quality. 🔗 Read the full article here: https://lnkd.in/g4xVnJrx Join us in pushing the boundaries of product excellence. Let's innovate together! hashtag #YeserChemicals hashtag #Innovation hashtag #Handwash hashtag #PersonalCare hashtag #RnD hashtag #Sustainability hashtag #ChemicalIndustry hashtag #PearlescentHandwash

Trust us, we've been there and we know the struggle! 😩 Between pH drifts, temperature changes, air, light, and other ingredients, actives can easily lose their effectiveness within the formulation process. That’s why with our encapsulation technology, we encase active ingredients in a cellulose-based bubble wrap-like shell. This protective layer keeps ingredients intact from production through the product’s shelf life, releasing it only upon application, ensuring maximum potency with every use. Don’t let your actives get damaged—use our CelluCaps™ encapsulated active ingredients in your next formula! Learn more about them at: https://lnkd.in/e3cKBAnk #Tagra

#EXCIPIENTS FOR #ROOM #TEMPERATURE #STABLE #FREEZE-#DRIED #MONOCLONAL #ANTIBODY #FORMULATIONS In contrast to #monoclonal #antibody formulations containing only #sucrose as a #lyoprotectant, which requires longer #primary #drying times at low temperatures to avoid collapse, besides the refrigerated storage, Haeuser et al. (2020) proposes a shorter and more #aggressive #freeze-#drying cycle for such formulations, enabling storage at room temperature through the use of suitable excipients and an #optimized #lyophilization #cycle. Combinations of hydroxypropyl-beta-cyclodextrin (#CD), #recombinant #human #albumin, #polyvinylpyrrolidone (#PVP), #dextran 40 kDa (#Dex), and #sucrose (#Suc) were studied using two #mAbs at 10 mg/ml. Formulations containing CD/Suc at 24 and 56 mg/ml respectively, or CD/PVP/Suc at 24, 39.2 and 16.8 mg/ml respectively, with #glass #transition #temperatures ranging between -16oC and - 19oC approximately, in addition to #collapse #temperatures in the same range, namely -17.8oC for CD/Suc and -18.7oC for CD/PVP/Suc, showed superiority with respect to #stability #during #storage at 40oC when compared to pure #sucrose formulations. #Visible #particles, #turbidity, #color and #monomer #content were evaluated in this study. After an #aggressive #lyophilization #cycle, that is, with #primary #drying conducted at +10oC and #secondary #drying at +25oC, such formulations were characterized by pharmaceutically #elegant #cakes, #shorter #reconstitution #times and higher #Tg', #Tc, and #Tg. #CD/Suc and #CD/PVP/Suc formulations presented #Tg values (#glass #transition temperature of the freeze-dried product) of 153oC and 150oC, evidencing their high #stability, and suggesting #sufficient #immobilization of the #mAb at storage temperatures of 25oC and 40oC. Additionally, the authors suggested that the #low #residual #water content after storage and the low tendency to #crystallize of formulations containing #CD further the possibility for #storage at #room #temperature. It is important to mention that despite of both storage temperatures tested, that is, 25oC and 40oC, being well below the #Tg of CD-based formulations, a different #stability behavior was observed. The authors suggested that this is due to #local #motions or Beta-#relaxations associated with #CD, causing #protein #instability during storage at 40oC, which led to the hypothesis of #sucrose superiority in relation to #inhibition of #local #motions. Finally, it was suggested that #CD is a very promising alternative when used as an #excipient for #lyophilization of #mAb formulations, since in addition to increasing the glass transition temperature of the formulation, it also functions as an #amorphous #stabilizer, in contrast to #bulking #agents such as #mannitol, that tend to #crystallize during the freeze-drying process. Ref: C. Haeuser, et al. Excipients for room temperature stable freeze-dried monoclonal antibody formulations, J. Pharm. Sci. 109 (1) (2020) 807–817.