Croda Crop Care’s Post

Discover the latest insights on formulating Nicosulfuron as an OD! Our new datasheet on ‘How to formulate Nicosulfuron as an oil dispersion (OD)’, explores the use of corn oil and canola oil continuous phases in formulation, while ensuring acceptable emulsion performance and Nicosulfuron stability🧪. The datasheet introduces and covers the development of two new Nicosulfuron OD formulations in corn oil and canola oil, designed to meet differing regional and country oil continuous phase preferences. These formulations offer minimal Nicosulfuron degradation, enhanced bio-based content, and are available with versatile recipes. 👉Check out the datasheet here to learn more: https://ow.ly/6RVq30sF6OQ

Experiencing tackiness when formulating with heavier oils? C’ESTER V is a vegetable-based monoester leaves a non-oily velvet feel and has the ability to reduce the tackiness of heavier oils in a formulation. Contact Custom Synthesis to learn more.

🌟 Thought Sharing: Exploring Formulation Challenges 🌟 Today, I wanted to share a thought that has been on my mind while working on dish wash formulations. A formulation comprising water, Labsa, SLES, CDE, and a 10% potassium hydroxide as a neutralizer. An unexpected challenge: after neutralization, the solution turned cloudy. This experience has led me to reflect on the intricate balance and interactions within formulation chemistry. It underscores the complexity of detergent formulations and the importance of understanding how each ingredient contributes to the final product's characteristics. As formulators, we often strive for clarity, efficacy, and consumer satisfaction. This journey has reaffirmed the significance of meticulous ingredient selection and the need for continuous experimentation and learning. I'm curious to hear from fellow professionals and enthusiasts in the field. What are your thoughts on formulation challenges? Have you encountered similar situations, and how did you approach them? Let's engage in a meaningful discussion and share insights that can help elevate our understanding and practice in formulation chemistry. Looking forward to your thoughts and experiences! #FormulationChemistry #DetergentFormulation #ChemistryInnovation #ProfessionalInsights #ContinuousLearning

Understanding and controlling creaming is crucial for everything from the lotions we use to the food we eat. Check out our latest article on the centrifugal creaming of emulsions to explore its key aspects ! https://lnkd.in/d7GxP2mE

We all rely on #detergents to maintain cleanliness, but what makes one detergent's cleaning power better than another? The answer lies in the #stability of #emulsions formed by the #surfactants within detergents, which is critical for dispersing and suspending dirt. 📄This application note compares two detergent formulations, measuring their efficiency in removing soybean oil at various temperatures. Using the BeScan Lab stability analyzer, we evaluated each detergent's emulsifying capacity through precise emulsion stability measurements. 👉Download the full copy to discover how the BeScan Lab can aid in developing high-performance detergent formulations: https://lnkd.in/g6ukbtAy #Bettersize #BeScanLab #StabilityAnalyzer #SMLS #LightScattering #DispersionStability #FormulationDevelopment #QualityControl #StabilityAnalysis #LabEquipment #chemistry #chemicals #cleaningproducts

The human nose is an incredible detector for aroma/mal-odour components. Gas Chromatography Olfactometry (GC-O) is a bioassay that measures human response to odorants separated by gas chromatography. The superior sensitivity and selectivity of human olfaction make GC-O a powerful and meaningful tool for flavor chemistry. Head-space sampling, distillation, solvent extraction, solid phase microextraction (SPME), and our DMI are typical procedures used to introduce samples in a GC-O. Besides providing data about the potency of odorants extracted and separated for samples, GC-O can also be used to study variations in human olfaction or provide testing and training of panelists used in sensory testing. At its best, GC-O, provides the industry with a link between chemical data collected from ingredients or products and the sensory and consumer preference data collected from the marketplace. At the very least GC-O data derived from a product can be used for quality control or the development of value-added products. For more details mail us at sales@suntek-services.com GL Sciences #olfactory #phaserpro #gc #gaschromatography #olfactometry #gcms #glsciences 

After learning, Let me write an conclusion for the product Creatine Monohydrate, hope which can help you to choose the suitable supplies. Just check for reference😄 1.Raw materials Creatine Monohydrate, derived from sodium sarcosine. 2. Flow chart It can be produced via two methods:one involves hydroxyethyl, while the othere mploys chloroacetic acid. Hydroxyethyl, though cost-effective, poses sigifiant safety concerns due to its highly toxic nature, requiring stingent qualifications for manufacturers. Possessing hydroxyethyl capabilities grants stability and price control in the market. Conversely, chloroacetic acid-based production is fraught with drawbacks, including unstable product quality, heavy metalrisks, unpleasant taste, and fluctuating costs, rendering it unable to compete with hydroxyethyl-based creatine on price. 3. 80mesh and 200mesh 80mesh is crystallized from 200mesh Creatine Monohydrate 4. Main Brand in China Baoma Chengxin Baosui Taikang Boyu etc 5. Buy from local market or from original factory in China? We suggest buy from local if your order quantities less than 20tons. PS: Our current Stock available as below: Creatine 80 mesh - 3950kg In EU Creatine 200 mesh - 20950kg in UK Stock in EU and UK - Delivery within 5 working days within the EU Please let me know if you have other doubts or interested in more future information.

The human nose is an incredible detector for aroma/mal-odour components. Gas Chromatography Olfactometry (GC-O) is a bioassay that measures human response to odorants separated by gas chromatography. The superior sensitivity and selectivity of human olfaction make GC-O a powerful and meaningful tool for flavor chemistry. Head-space sampling, distillation, solvent extraction, solid phase microextraction (SPME), and our DMI are typical procedures used to introduce samples in a GC-O. Besides providing data about the potency of odorants extracted and separated for samples, GC-O can also be used to study variations in human olfaction or provide testing and training of panelists used in sensory testing. At its best, GC-O, provides the industry with a link between chemical data collected from ingredients or products and the sensory and consumer preference data collected from the marketplace. At the very least GC-O data derived from a product can be used for quality control or the development of value-added products. For more details mail us at sales@suntek-services.com GL Sciences #olfactory #phaserpro #gc #gaschromatography #olfactometry #gcms #glsciences 

A, B, C s of Formulation: E is for Extract - some plant based ingredients are derived from the plant by extracting the material from the plant and thus the name extract. E is for Emulsion - a mixture of two or more liquids which are not normally homogenous when blended. Many lotions are oil in water emulsions (labelled o/w), which are made my pouring the oil phase into the water phase. Emulsifying agents are ingredients that allow the emulsion to mix. Stability must be tested for emulsions. #alchemistsister #turnyourprojecttogold

Installation & Training of the 4th Alpha MOS Heracles NEO300G E-Nose for Mengniu Dairy - one of the Top 10 Dairy companies in the world (https://lnkd.in/gp5562WZ) was completed in Feb 2024. E-nose will be used for R&D and odor evaluation for finished products. #dairyindustry #milkproduction #sensoryprocessing #productdevelopment #manufacturing #odor #sensoryscience HERACLES neo uses dual flash gas #chromatography technology, which provides a comprehensive and detailed analysis of #odor characteristics, allowing you to identify and quantify the key #components of any smell, including the #chemical #composition and related sensory attributes. HERACLES neo can detect even the most subtle differences in odor, making it a powerful tool for #qualitycontrol and #productdevelopment.  With dedicated patented model, it can standardize the aroma quality of RMs/products on a global scale. It can also be used to detect #contaminants, and identify specific #compounds in complex #mixtures.