Analytical Techniques and methods

Analytical techniques are vital for understanding and optimizing the properties of powders and materials. From particle size analysis and flowability testing to porosity and surface area evaluation, these methods provide essential insights into material behavior. Advanced tools like SEM imaging, BET analysis, and zeta potential measurement ensure precision and drive quality across applications.

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Featured Analytical Techniques and methods Articles

The Ultimate Guide to Powder Technology
Powder technology is the backbone of precision manufacturing and process optimization. Industries that master it, through deep control of particle size, flowability, and morphology, gain critical advantages in processes like mixing, granulation, milling, and blending. Whether developing pharmaceuticals, producing food powders, printing metal parts, or enhancing materials, success hinges on understanding how powders [...]
Advanced Powder Characterization Techniques
In this article, we will take a glance at the Advanced Powder Characterization techniques, that are currently available. Characterizing powders is a deceptively complex challenge. At first glance, it might seem that measuring particle size, bulk density, or flowability should tell us all we need to know. But anyone working with powders knows better. [...]
Powders and Coatings in Orthopedic Implants
Through the innovative use of Powders and Coatings in Orthopedic Implants, the landscape is changing in a great way. Orthopedic implants, used to replace damaged bones such as the femur, tibia, fibula, humerus, or acetabulum, rely on anatomically designed biomaterials and advanced surface engineering. These innovations ensure implants are durable, biocompatible, and capable [...]
Exploring the Microscopic World of Particle Surfaces using SEM
In this article, we will cover Surface morphology analysis using SEM. The potential to uncover hidden details at the microscopic level transforms a wide range of industries, from pharmaceuticals to aerospace. Scanning Electron Microscopy (SEM) offers this capability, providing critical insights into surface morphology and material behavior. Importance of Surface [...]
Powder Packing Density: Assessing and Optimizing
Understanding how particles pack together is crucial across industries like pharmaceuticals and construction, as optimizing this process can significantly enhance product performance and processing efficiency. Powder packing density is a key parameter that influences the mechanical, thermal, and chemical properties of materials. Powder Packing Density Packing density refers to [...]

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Analytical Techniques and methods: Particle Size Analysis

Particle size analysis is a cornerstone of powder characterization, offering critical insights into material performance and behavior. Accurate measurement of particle size impacts flowability, packing density, and reactivity, influencing applications across industries like pharmaceuticals, construction, and food production. Explore advanced techniques such as sieving, laser diffraction, and dynamic light scattering to ensure precision and optimize product quality.

Featured Particle Size Analysis Articles

AI-Powered Particle Size Monitoring in Continuous Milling
AI-based in-line particle size monitoring allows real-time tracking during milling. It improves process control, reduces waste, and eliminates the need for manual sampling. Real-Time Control, No Sampling Needed In milling, size matters. However, traditional methods rely on offline analysis. That causes delays and limits control. By contrast, [...]
The Complete Guide to Powder Dispersion and Data Interpretation
Powder dispersion is essential not only for accurate particle size measurement but also for maintaining stable formulations and ensuring consistent product performance. Therefore, successful dispersion requires carefully selecting the appropriate method, medium, and stabilizer based on the powder's properties and application. Consequently, properly dispersed powders significantly enhance measurement accuracy, improve formulation stability, and [...]
Powder Characterization Techniques: The Ultimate Guide
Understanding powder characterization techniques is crucial for ensuring stability, performance, and processability in various industries. By selecting the appropriate methods to measure particle size, shape, surface area, density, flowability, and moisture content, professionals can make informed decisions, reduce processing issues, and optimize product quality. Powder Characterization Techniques Table of [...]

Analytical Techniques and methods: Flowability Testing

Flowability testing is essential for understanding powders’ behaviour during handling, storage, and processing. By measuring properties like flow rate, angle of repose, and cohesive strength, these tests help predict performance and identify potential issues like clogging or segregation. Explore advanced tools and techniques that ensure efficient material flow, optimize processes, and maintain product quality across industries.

Featured Flowability Testing Articles

Balancing Packing Density and Powder Flow in Continuous Processing
Packing density and powder flow rarely align naturally. Engineering this balance requires smart trade-offs in formulation, particle design, and process settings. Understanding where density stops being productive can improve performance and reduce costly flow disruptions. Density Isn’t Always the Win You Think It Is Packing density [...]
Laser Spheroidization of Titanium Powders
Laser spheroidization turns irregular titanium powders into dense, spherical feedstock with excellent flow and packing. It cuts costs, improves recyclability, and delivers better performance in additive manufacturing, especially for aerospace and medical applications. Table of contents Why Spheroidization Matters Spherical particles behave differently. They [...]
Powder Flow Behavior in Multi-Nutrient Animal Feed
Even small changes in powder flow behavior in animal feed formulations can lead to segregation, causing nutritional inconsistencies and costly process failures. Table of contents Powder flow behavior in animal feed formulations shapes everything from livestock nutrition to processing efficiency. In 2024, global compound feed [...]

Analytical Techniques and methods: Microscopy Tools

Microscopy tools provide a window into the microscopic world of powders and materials, revealing critical details about particle shape, size, and surface properties. From high-resolution imaging with SEM to advanced techniques like confocal and atomic force microscopy, these tools deliver precise insights into material characteristics. Explore how microscopy enhances understanding, quality control, and innovation across industries.

Featured Microscopy Tools Articles

Role of Powder Morphology in Industrial Applications
Powder morphology—the study of particle shape, size, and surface texture—is critical in determining powder performance and processing. Its effects span diverse industries such as pharmaceuticals, ceramics, energy storage, and manufacturing. Understanding and controlling these attributes can significantly influence product quality and efficiency. Making Powder Morphology in Industrial Applications a fundamental aspect of production. [...]
Exploring the Microscopic World of Particle Surfaces using SEM
In this article, we will cover Surface morphology analysis using SEM. The potential to uncover hidden details at the microscopic level transforms a wide range of industries, from pharmaceuticals to aerospace. Scanning Electron Microscopy (SEM) offers this capability, providing critical insights into surface morphology and material behavior. Importance of Surface [...]
Assessing Powder Packing Density
In many industries, from pharmaceuticals to construction, powder packing density plays a critical role. It directly influences mechanical, thermal, and chemical properties, which affect product performance and processing efficiency. What is Powder Packing Density? Packing density refers to how much of a given volume is occupied by powder particles. It [...]

Analytical Techniques and methods: Porosity and Surface Area Testing

Porosity and surface area testing are critical for understanding material performance in applications such as filtration, catalysis, and adsorption. By analyzing pore size distribution, surface area, and material density, these methods provide insights into how powders interact with gases, liquids, and other solids. Techniques like BET analysis, mercury intrusion porosimetry, and gas adsorption enable precise evaluations, helping to optimize product design and process efficiency across industries.

Featured Porosity and Surface Area Testing Articles

Functional Importance of Porosity in Food Powders
Porosity significantly influences the functional characteristics of food powders, affecting hydration, solubility, compressibility, and shelf life. By precisely controlling porosity, manufacturers can optimize product performance, whether achieving quick rehydration in spray-dried milk powder or enhancing shelf stability in roller-milled wheat flour. Understanding and manipulating porosity is crucial for maintaining quality in food processing [...]
The Ultimate Guide to Porosity in Powders: Measurement, and Control
Mastering porosity in powders is essential for controlling performance in applications like pharmaceuticals, ceramics, filtration, and 3D printing. By selecting the right measurement method and applying targeted process controls, manufacturers can optimize strength, solubility, flow, and functionality. Table of Contents porosity in powders Check these related [...]
Powder Characterization Techniques: The Ultimate Guide
Understanding powder characterization techniques is crucial for ensuring stability, performance, and processability in various industries. By selecting the appropriate methods to measure particle size, shape, surface area, density, flowability, and moisture content, professionals can make informed decisions, reduce processing issues, and optimize product quality. Powder Characterization Techniques Table of [...]

Analytical Techniques and methods: Moisture and Thermal Analysis

Moisture and thermal analysis are essential for evaluating the behavior of materials under varying conditions. These techniques provide insights into moisture content, thermal stability, and decomposition processes, critical for optimizing production, storage, and application. From thermogravimetric analysis (TGA) to moisture content testing, these methods ensure material quality and performance across industries.

Featured Moisture and Thermal Analysis Articles

Energetic States and Chemical Dynamics in Powder Systems
Energetic states in powder systems depend on more than material composition. Internal coherence, entropy gradients, and surface energy determine how powders respond to mechanical, thermal, and environmental stress. Controlling these energetic variables enables predictive processing, coating performance, and long-term stability. Table of contents Introduction: From [...]
Handling Functional Powders: Five Risks and How to Control Them
Modern batteries, 5 G antennas, and solid‑state ceramics start with functional powders. These powders are finely engineered particles valued for precise chemistry and microstructure. They are ultra‑fine, highly reactive, and costly compared with ordinary bulk powders. Mishandling can erase performance or create serious hazards. This article unpacks five common risks in functional powder handling. It [...]
Smartphone Cover Glass: Materials, Processing, and Market Trends
Smartphone cover glass is not ordinary glass. It’s a precision-engineered material that blends chemistry, powder processing, and ion exchange to deliver strength, clarity, and durability. Its evolution reflects a larger shift in materials science—where performance, design, and manufacturing must converge without compromise. Table of Contents [...]

Analytical Techniques and methods: Chemical Composition Analysis

Chemical composition analysis provides critical insights into the elemental and molecular makeup of materials. By employing techniques such as X-ray diffraction (XRD), X-ray fluorescence (XRF), and Fourier-transform infrared spectroscopy (FTIR), these methods identify material properties, impurities, and chemical stability. Understanding chemical composition ensures product quality, compliance with standards, and optimization across various industrial applications.

Featured Chemical Composition Analysis Articles

Energetic States and Chemical Dynamics in Powder Systems
Energetic states in powder systems depend on more than material composition. Internal coherence, entropy gradients, and surface energy determine how powders respond to mechanical, thermal, and environmental stress. Controlling these energetic variables enables predictive processing, coating performance, and long-term stability. Table of contents Introduction: From [...]
Handling Functional Powders: Five Risks and How to Control Them
Modern batteries, 5 G antennas, and solid‑state ceramics start with functional powders. These powders are finely engineered particles valued for precise chemistry and microstructure. They are ultra‑fine, highly reactive, and costly compared with ordinary bulk powders. Mishandling can erase performance or create serious hazards. This article unpacks five common risks in functional powder handling. It [...]
Smartphone Cover Glass: Materials, Processing, and Market Trends
Smartphone cover glass is not ordinary glass. It’s a precision-engineered material that blends chemistry, powder processing, and ion exchange to deliver strength, clarity, and durability. Its evolution reflects a larger shift in materials science—where performance, design, and manufacturing must converge without compromise. Table of Contents [...]

Analytical Techniques and methods: Bulk Solids Testing

Bulk solids testing evaluates the unique properties of powders and granular materials to optimize their handling, storage, and processing. Techniques like rotating drum analyzers, shear cells, and uniaxial compression testing reveal insights into flow dynamics, shear strength, and compressibility. These methods ensure efficiency and reliability across industries, supporting consistent performance in diverse applications.

Featured Bulk Solids Testing Articles

Balancing Packing Density and Powder Flow in Continuous Processing
Packing density and powder flow rarely align naturally. Engineering this balance requires smart trade-offs in formulation, particle design, and process settings. Understanding where density stops being productive can improve performance and reduce costly flow disruptions. Density Isn’t Always the Win You Think It Is Packing density [...]
Powders Under Pressure: Why Deformation Behavior Matters
powder deformation behavior under pressure in different ways. Understanding their behavior improves compaction, reduces failure, and sharpens control. InthisinsightoftheweekwewilllookPowders do not just compress. They shift. They adapt. That shift is not always reversible. Some powders return to their original form once the force is removed. Others do not. Most [...]
Quantum Thinking in Powder Technology: Embracing Uncertainty for Better Process Design
Quantum thinking in powder technology isn’t about physics. It’s a mindset shift. Stop expecting powders to behave. Start designing for what they actually do: change, vary, and surprise. Tabe of Contents Powders are messy. They cake, segregate, and shift. One day they flow, the next [...]

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