Advanced Powder Processing Calculator Suite

Explore our Calculator Suite, your go-to tool for advanced powder processing. Designed for engineers, researchers, and manufacturers, it helps optimize operations with precision. Analyze particle size distribution, milling energy, or powder flowability and get real-time insights to enhance efficiency and reduce costs.

Our Calculator Suite is user-friendly, requiring only basic input parameters to deliver accurate, actionable results, making complex calculations simple and efficient.

Fluidization & Minimum Fluidization Velocity Calculator

Our Calculator Suite, designed for engineers and researchers, includes the Fluidization & Minimum Fluidization Velocity Calculator. It simplifies complex calculations for fluidized bed systems using the Ergun equation. This tool accurately estimates the minimum fluidization velocity (Umf) required to initiate and maintain fluidization.

Simply enter key values, particle diameter, particle density, fluid density, fluid viscosity, and bed porosity, and the calculator will solve the quadratic equation to provide the necessary gas velocity. This essential tool supports efficient reactor design, optimizes operating conditions, and ensures safe, consistent performance in gas-solid interaction processes. Whether scaling up or troubleshooting, this calculator streamlines your design and analysis tasks.

Fluidization & Minimum Fluidization Velocity Calculator

Enter the following values using SI units:

Results

Please fill in the values and click Calculate.

(PSD) Particle Size Distribution Analyzer & Plotter

Our Calculator Suite features the Particle Size Distribution Analyzer & Plotter, an essential tool for professionals in the powder technology field. This interactive analyzer allows you to input particle size data from sieve analysis, laser diffraction, or image analysis and automatically calculates key parameters like D10, D50, and D90, along with the distribution span.

The user-friendly interface visualizes the cumulative distribution curve on a graph that supports both linear and logarithmic scales. Ideal for quality control, process optimization, and research applications, this tool helps compare powder batches and fine-tune formulations. Plus, you can export your graphs for reporting and further analysis, making it an invaluable asset in any powder processing workflow.

Particle Size Distribution Analyzer

The CSV should contain two columns: Particle Size and Cumulative % Passing (no header needed).
One data pair per line, separated by a comma. Format: Particle Size, Cumulative % Passing.
Example:
100,10
200,30
300,60
400,80
500,100

D10: N/A

D50: N/A

D90: N/A

Span ( (D90 - D10) / D50 ): N/A