Sodium stearate is a common ingredient often used as an emulsifier or thickener in food products and cosmetics. Adding sodium stearate to microparticles made by spray drying makes them water-resistant and easier to handle, a win for making better medicines and foods.👇 #sodium

Synthesis and applications of graphdiyne oxide https://t.co/nRzakIZJI8…

Ultrasound's struggle with bubbles helps us measure particle sizes better. New research refines how we use sound waves to study materials, improving tech in medicine and industry.👍 #ultrasound #material #powder @China_Powder https://t.co/nQHx7HBsD5

How flexible fibers arrange impacts granular strength?🤔 Random or woven setups boost bed strength more than orderly ones under pressure, with elastic fibers making a difference. Understanding this helps design better construction materials and improve industrial processes.💪

China has built its first home-made 2-inch standard wafer with 200 nm plastic beads, giving domestic chip-inspection tools a reliable ruler and cutting reliance on foreign supplies.🧐 #powder #technology @China_Powder https://t.co/cgqDbezf0T

Gentle wave-like (sinusoidal) airflow, like slow ocean swells, dries wet grains faster and more evenly than sharp on-off (rectangular) pulses, cutting energy and guiding greener food and pharma dryers.🧐 #powder #energy @China_Powder https://t.co/YiT6aaJywi

Machine learning enhances fault detection in fluidized beds by identifying issues like particle clumping and clogging, improving operational safety and efficiency. New research lays the groundwork for industrial-scale monitoring systems.🧐 #powder @China_Powder

Powder forming is key in manufacturing, impacting fields like metallurgy and ceramics. This review explores die filling methods to optimize powder distribution, enhance product quality, and advance green manufacturing.🧐 #powder #metallurgy #ceramics @China_Powder

Exploring High-Entropy Alloy (HEA) powders, this review details their preparation methods and applications in medicine, energy, and aerospace, guiding future innovations for better performance.🧐 #alloy #powder @China_Powder https://t.co/Wyl6IcboC4

Metal 3D printing is transforming industries like aerospace and medicine by making complex parts. This paper reviews how powder quality affects printing, highlighting methods to improve powders for better performance and efficiency.🧐 #3D #powder #Metal @China_Powder

Cyclone separators, widely used in energy and chemical industries, face challenges like low efficiency and high pressure drop. Research aims to optimize their design using advanced simulations and technologies to improve performance.💪 #CycloneSeparators #chemical #powder

CO2 foam concrete (CFC) offers substantial potential for large-scale CO2 sequestration and is poised to play a significant role in construction, aiding green, low-carbon development.🧐 #powder #technology @China_Powder https://t.co/hXEjLHolQ7

Chemical agent-assisted vacuum preloading enhances sludge dewatering efficiency, reduces costs, and addresses environmental risks, offering a sustainable solution for sludge treatment.😄 #chemical #powder @China_Powder https://t.co/kQpFELHdoU

A composite molten salt purification method enhances natural graphite purity to 99.965%, optimizing production efficiency and reducing costs, crucial for expanding its application scope.😃 #molten #graphite #powder @China_Powder https://t.co/1bUB5fRhHq

Investigating the effects of femtosecond laser cutting on diamond-SiC composites, a study reveals how laser power impacts surface quality and structure, offering insights for optimizing processing conditions.🧐 #diamond #SiC #powder @China_Powder https://t.co/aHaJyskuyJ

Towards Practical High Energy Density Lithium-Sulfur Batteries

SCR catalysts reduce pollutants in cement kilns. This study investigates surface wear on these catalysts, identifying key factors and proposing solutions to reduce wear and extend catalyst life.🧐 #SCR #catalysts #powder @China_Powder https://t.co/sVN4tGkGc5

Using metakaolin, fly ash, and coal gangue, researchers optimize ternary geopolymers for strength and eco-friendliness, balancing properties and cost-effectiveness！🧐 #powder #technology @China_Powder https://t.co/enkq3qMCOP

Enhancing raw soil's durability through chemical and physical modifications, a study shows lime and fly ash improve water, erosion, and freeze-thaw resistance in recycled aggregate-raw soil composites, crucial for sustainable construction！😀 #chemical #physical #powder

Scientists studied recycled concrete aggregates via carbonation treatment, finding it enhances density and reduces water absorption, crucial for sustainable construction and carbon sequestration.🧐 #carbonation #carbon #powder @China_Powder https://t.co/TXIEhJ6EeH