Test and Analytical

TGA thermogravimetric analysis helps you understand how materials behave under heat. It tracks changes in mass as temperature increases, helping you study decomposition, stability, or moisture content. This method is widely used in laboratories and industries that depend on material performance. But what does the TGA curve really tell you? And how can this analysis

Differential scanning calorimetry DSC analysis helps you understand how materials react to heat. It measures how much heat a sample absorbs or releases when temperature changes. This thermal analysis method is widely used across industries to study melting points, crystallization, and other material behaviors. What does this mean for you? With DSC, you can predict

Struggling to find a reliable method for metal analysis in water, food, or pharmaceutical samples? The atomic absorption spectrophotometer might be the solution your lab needs. Trusted for decades, this instrument offers high sensitivity, straightforward operation, and proven performance in detecting trace metals at parts-per-million and even parts-per-billion levels. In this article, you’ll discover what

Accurate material analysis starts with proper sample preparation. Laboratories dealing with minerals, ores, and ceramics require reliable equipment for initial size reduction. A jaw crusher provides a consistent and efficient way to break down samples to the right size before fine grinding in a laboratory mill. But how does it work, and how do you