Sterling Specialty Chemicals’ Post

We can assist with all your analytic spectrometric requirements. Our XRF spectrometers and analyzers are widely used in various industries as well as in numerous research and academic laboratories worldwide 📌 Advanced XRF equipment and solutions. 📌Portable XRF Analyzers and Benchtop XRF Analyzers. 📌Developing and production of analytical spectrometric instrumentation. XRF analyzers are powerful tools for accurate elemental analysis in a variety of industries. By using X-ray fluorescence technology, these analyzers can quickly and non-destructively test the composition of a wide range of materials, including metals, minerals, plastics, and even foods. With their high accuracy and speed, XRF analyzers have become an essential tool for quality control, process monitoring, and environmental testing. Whether you’re in mining, metal analysis, or environmental testing, XRF analyzers can provide you with the precise data you need to make informed decisions and ensure the safety and quality of your products. Contact us for more information sales@afriscientific.co.za / michele@afriscientific.co.za #xrf #environmentaltesting #qualitycontrol #metallurgy #nondestructivetesting #pharmaceuticalindustry #miningindustry #plastics #recycle

We can assist with all your analytic spectrometric requirements. Our XRF spectrometers and analyzers are widely used in various industries as well as in numerous research and academic laboratories worldwide 📌 Advanced XRF equipment and solutions. 📌Portable XRF Analyzers and Benchtop XRF Analyzers. 📌Developing and production of analytical spectrometric instrumentation. XRF analyzers are powerful tools for accurate elemental analysis in a variety of industries. By using X-ray fluorescence technology, these analyzers can quickly and non-destructively test the composition of a wide range of materials, including metals, minerals, plastics, and even foods. With their high accuracy and speed, XRF analyzers have become an essential tool for quality control, process monitoring, and environmental testing. Whether you’re in mining, metal analysis, or environmental testing, XRF analyzers can provide you with the precise data you need to make informed decisions and ensure the safety and quality of your products. Contact us for more information sales@afriscientific.co.za / michele@afriscientific.co.za #xrf #environmentaltesting #qualitycontrol #metallurgy #nondestructivetesting #pharmaceuticalindustry #miningindustry #plastics #recycle

We can assist with all your analytic spectrometric requirements. Our XRF spectrometers and analyzers are widely used in various industries as well as in numerous research and academic laboratories worldwide 📌 Advanced XRF equipment and solutions. 📌Portable XRF Analyzers and Benchtop XRF Analyzers. 📌Developing and production of analytical spectrometric instrumentation. XRF analyzers are powerful tools for accurate elemental analysis in a variety of industries. By using X-ray fluorescence technology, these analyzers can quickly and non-destructively test the composition of a wide range of materials, including metals, minerals, plastics, and even foods. With their high accuracy and speed, XRF analyzers have become an essential tool for quality control, process monitoring, and environmental testing. Whether you’re in mining, metal analysis, or environmental testing, XRF analyzers can provide you with the precise data you need to make informed decisions and ensure the safety and quality of your products. Contact us for more information sales@afriscientific.co.za / michele@afriscientific.co.za #xrf #environmentaltesting #qualitycontrol #metallurgy #nondestructivetesting #pharmaceuticalindustry #miningindustry #plastics #recycle

PFA's flexibility, tensile strength, and chemical & temperature resistance make it one of the most multifaceted materials available. Find out more about PFA and its benefits of use here > https://lnkd.in/eC6_S_-k #designengineering #pfa #fluoropolymers #fluidprocessing #tubing #materialsscience #pfatubing #pfafilm #designengineer #materialsengineering

Beyond the CE Meter: Exploring Alternative Methods for Cast Iron Analysis (#cast iron #foundry #cemeter #analysis #manufacturing) The CE meter (Carbon Equivalent meter) has long been a mainstay in cast iron foundries, offering a quick and efficient way to estimate carbon and silicon content. While this technology remains valuable, some foundries may seek alternative methods for specific needs or enhanced accuracy. Here's a look at some alternatives to consider: Optical Emission Spectroscopy (OES): This technique analyzes the light emitted by excited atoms in the molten iron sample. It provides a more precise measurement of various elements, including carbon, silicon, manganese, and phosphorus. However, OES requires specialized equipment and trained personnel, making it a less cost-effective option for smaller foundries. Wet Chemical Analysis: This traditional method involves dissolving a sample in a solution and performing chemical reactions to determine the concentration of specific elements. While accurate, it's a time-consuming process and may not be suitable for real-time quality control. Spark Emission Spectroscopy (SPES): Similar to OES, SPES analyzes light emitted when a spark is generated on the metal sample. It offers a good balance between cost and accuracy, making it a viable alternative for foundries seeking a more precise analysis than the CE meter. Portable Analyzers: Technological advancements have led to the development of portable analyzers using various techniques like X-ray fluorescence (XRF). These offer a balance between portability and accuracy, allowing for on-site analysis at different stages of the production process. Choosing the right alternative depends on several factors: Desired Accuracy: For critical applications or situations where precise element quantification is needed, OES or SPES might be ideal. Cost and Time Constraints: CE meters and portable analyzers are generally more cost-effective and time-efficient than wet chemical analysis or OES. Portability Requirements: Portable analyzers offer greater flexibility for on-site analysis compared to stationary equipment like OES. Foundries can leverage these alternatives alongside CE meters to create a comprehensive quality control strategy. By understanding the strengths and limitations of each method, they can ensure they have the right tools for the job.

Beyond the CE Meter: Exploring Alternative Methods for Cast Iron Analysis (#cast iron #foundry #cemeter #analysis #manufacturing) The CE meter (Carbon Equivalent meter) has long been a mainstay in cast iron foundries, offering a quick and efficient way to estimate carbon and silicon content. While this technology remains valuable, some foundries may seek alternative methods for specific needs or enhanced accuracy. Here's a look at some alternatives to consider: Optical Emission Spectroscopy (OES): This technique analyzes the light emitted by excited atoms in the molten iron sample. It provides a more precise measurement of various elements, including carbon, silicon, manganese, and phosphorus. However, OES requires specialized equipment and trained personnel, making it a less cost-effective option for smaller foundries. Wet Chemical Analysis: This traditional method involves dissolving a sample in a solution and performing chemical reactions to determine the concentration of specific elements. While accurate, it's a time-consuming process and may not be suitable for real-time quality control. Spark Emission Spectroscopy (SPES): Similar to OES, SPES analyzes light emitted when a spark is generated on the metal sample. It offers a good balance between cost and accuracy, making it a viable alternative for foundries seeking a more precise analysis than the CE meter. Portable Analyzers: Technological advancements have led to the development of portable analyzers using various techniques like X-ray fluorescence (XRF). These offer a balance between portability and accuracy, allowing for on-site analysis at different stages of the production process. Choosing the right alternative depends on several factors: Desired Accuracy: For critical applications or situations where precise element quantification is needed, OES or SPES might be ideal. Cost and Time Constraints: CE meters and portable analyzers are generally more cost-effective and time-efficient than wet chemical analysis or OES. Portability Requirements: Portable analyzers offer greater flexibility for on-site analysis compared to stationary equipment like OES. Foundries can leverage these alternatives alongside CE meters to create a comprehensive quality control strategy. By understanding the strengths and limitations of each method, they can ensure they have the right tools for the job.

500 reads - Design of cobalt solvent extraction and Cobalt electrowinning from cobalt and magnesium solution. The design criteria of Extraction - Scrubbing - stripping configuration with solution from scrubbing goes back to extraction are established using a simulation program and these design criteria are verified in pilote plant. In case you don't have the simulation program this publication gives you the method for the design of extraction - scrubbing - stripping configuration from lab tests and Excel Solver https://lnkd.in/dXmHM4Hz

Monitoring refractory performance through the advanced REFRA post-mortem analysis. Every used refractory brick contains valuable data that reveals the stresses it has endured. REFRA Post-Mortem Analysis decodes these stories through a detailed examination of wear mechanisms, integrating both physical appearance and advanced diagnostic tools. This analysis uses a variety of sophisticated techniques to extend the life and performance of refractory linings such as: ✔️ Chemical Analysis (RFA) and Mineralogical Analysis (XRD) to identify elemental and mineralogical compositions, detecting degradation patterns. ✔️ Measurement of Cold Crushing Strength to assess the mechanical integrity after service. ✔️ Spatially Resolving µRFA Analysis and Microscopy to obtain localized chemical mapping and detailed textural insights. By correlating these findings with operating parameters, we can more precisely match refractory selections, adjust process parameters, and refine lining designs for improved durability and efficiency. #materialscience #industrialengineering #refractorytechnology #processoptimization

Synthesis and Design of Reactive Distillation Columns

Unlock the power of materials with our diverse processing capabilities at IntoCeramics! 💪✨ 1️⃣ Jaw Crushing: Prep large materials for further size reduction. 2️⃣ Roll Grinding/Pulverization: Coarse grinding of dry materials. 3️⃣ Ball Milling: Fine to ultra-fine grinding with ceramic and steel media, dry or wet. 4️⃣ Wet Media Attrition Mill: Fine to ultra-fine slurry or dry milling. 🔬 Quality Analysis & Sizing: - Screening with Sweeco and Ro Tap for all size ranges, coarse to fine. - Physical Testing using API/ISO and multiple ASTM procedures. - Helium Pycnometer for rapid specific gravity determination. - Optical Imaging for detailed analysis. Trust #IntoCeramics for precision and innovation in material processing: https://bit.ly/41C39us 🌐💡 #IntoCeramics #MaterialProcessing #InnovationInAction