MiniFIBERS, Inc.’s Post

Our cutting-edge cone mills offer superior particle size reduction. With lower RPMs, reduced noise, and minimized energy consumption, these mills ensure efficient operation. The 360° product discharge mechanism guarantees uniform particle distribution, while low dust levels maintain a clean workspace. Choose Prochem’s Cone Mills for precise, reliable milling results. #prochem #conemill #milling #efficientmilling #accuracy #efficiency #efficientconveyance #production #pharmaceuticalindustry #foodindustry #chemicalindustry #fmcgindustry #powderhandlingsystem

#HenkelManufacturing Did you know that when you are not properly cleaning and preparing the surface before bonding, it can significantly impact adhesion? This graph shows, how contamination creates a barrier to surface contact. The most common contaminants are dirt, rust, oil, even detergents, incorrect cleaners or protective films. Get recommendations for proper cleaning process, based on the nature of contamination here: http://ms.spr.ly/6041lasOD #LOCTITE #Manufacturing #HenkelMRO

Ordinary #PP materials have weak resistance to ultraviolet (UV) rays and are easily affected by ultraviolet radiation, causing oxidation, discoloration, and deterioration, which leads to a decrease in the performance of the material. So, how can the UV resistance of PP materials be improved? 1. Add antioxidants: Antioxidants can prevent PP materials from undergoing oxidation reactions, thereby improving their UV resistance. 2. Add UV absorbers: UV absorbers can absorb UV radiation, thereby reducing the impact of UV on PP materials. 3. Surface coating: Coating the surface of PP materials with a coating containing UV absorbers can effectively prevent UV radiation. It should be noted that different additives have different effects on the performance of PP materials, so it is necessary to select suitable additives according to actual application needs and performance requirements and to carry out reasonable proportions and processing techniques. #WayKen

➡️UBE ETERNATHANE®: The Ultimate Solution for High-Performaning & Durable Polyurethane Elastomers. Discover how our polycarbonate-based urethane prepolymers are transforming the polyurethane elastomer landscape with superior abrasion resistance, hydrolytic and chemical stability, mostly their thermal and oxidation resistance, besides the outstanding mechanical properties. Maximize your product's performance and durability with UBE's advanced solutions, ideal for applications that require resilience under extreme conditions. Download our success case and see how UBE's ETERNATHANE® can make a difference in your polyurethane projects. ➡️ [Download the Success Case] #ube #performancechemicals #elastomers

**The Chemistry of Toothpaste: Keeping Your Smile Bright** Did you know that the chemistry in toothpaste helps keep your teeth clean and healthy? Fluoride, a key ingredient, strengthens tooth enamel and prevents cavities. Abrasive particles like calcium carbonate and silica remove plaque and stains. Additionally, compounds like sodium lauryl sulfate create foam, which helps distribute the toothpaste evenly. This blend of chemicals ensures that your daily brushing routine effectively cleans and protects your teeth. #Chemistry #dailylife #toothpaste

Ordinary #PP materials have weak resistance to ultraviolet (UV) rays and are easily affected by ultraviolet radiation, causing oxidation, discoloration, and deterioration, which leads to a decrease in the performance of the material. So, how can the UV resistance of PP materials be improved? 1. Add antioxidants: Antioxidants can prevent PP materials from undergoing oxidation reactions, thereby improving their UV resistance. 2. Add UV absorbers: UV absorbers can absorb UV radiation, thereby reducing the impact of UV on PP materials. 3. Surface coating: Coating the surface of PP materials with a coating containing UV absorbers can effectively prevent UV radiation. It should be noted that different additives have different effects on the performance of PP materials, so it is necessary to select suitable additives according to actual application needs and performance requirements and to carry out reasonable proportions and processing techniques. #WayKen

Two principal “gap filler” thermal interface materials prevalent on the market today are thermal gels – also known as dispensable gap fillers – and gap filler pads. Which one should you select for your application? Here are the top 6 things you need to know: https://prker.co/3UjL02t

Ever wondered how a pressure sensitive hot melt is actually different from a standard hot melt? Check out our blog post and whitepaper that goes into this in detail, giving technical analysis of what separates the two in both their formulation and how they are applied. Check it out through the link below ⬇️ #hotmelt #pressuresensitive #adhesives https://lnkd.in/earWsgnW

Is your electrode production wasting material? Reduce electrode manufacturing costs and waste by optimizing your slurry coating. A viscometer cannot provide enough information to predict slurry behavior over real processing conditions. Rheology is your answer to an in depth look at your slurry formulation and can: - Predict mixing and coating issues under storage and coating conditions - Reduce coating defects by monitoring structure changes and recovery - Evaluate slurry stability and shelf-life - Measure dry powder processability Reduce your electrode manufacturing costs with rheology: https://lnkd.in/eASEjfsY #Batteries #BatteryResearch

Two principal “gap filler” thermal interface materials prevalent on the market today are thermal gels – also known as dispensable gap fillers – and gap filler pads. Which one should you select for your application? Here are the top 6 things you need to know: https://prker.co/3UjL02t