ASTM D8200

ASTM D8200 is a technical standard that helps create a correlation for comparing particle size distribution results of proppants measured by dynamic imaging analyzers and sieves. It is intended to support more consistent interpretation when different particle sizing methods are used on the same material. By focusing on correlation rather than replacing either method, the standard helps users compare results more reliably and make better-informed quality and evaluation decisions.

Purpose of ASTM D8200

The purpose of this ASTM standard is to establish a practice for building a meaningful comparison between particle size distribution data generated by dynamic imaging analyzers and by sieving. That relationship can be useful when laboratories, suppliers, or end users need to align results from different test approaches. ASTM D8200 supports technical consistency by providing a framework for correlation, which may help reduce confusion when results do not match exactly across methods.

Common use cases of ASTM D8200

This standard is commonly used in testing and quality control settings where proppant particle size distribution needs to be evaluated with more than one measurement approach. It is relevant when comparing laboratory data, reviewing supplier test reports, or checking whether dynamic imaging analyzer results can be related to sieve-based measurements. ASTM D8200 is especially useful when teams need a practical way to compare particle sizing workflows without assuming the methods are directly interchangeable.

Why ASTM D8200 matters

ASTM D8200 matters because particle size distribution can influence product evaluation, specification review, and procurement decisions. A clear correlation practice helps improve consistency between test methods and supports more defensible comparisons of results. For organizations working with proppants, this can reduce risk in method selection, reporting, and acceptance decisions. It also gives stakeholders a common technical reference when evaluating particle size data from different instruments or test procedures.

• Correlation practice for particle size results
• Dynamic imaging analyzer and sieve comparison
• Proppant particle distribution evaluation
• Supports consistent lab-to-lab reporting
• Useful for quality control and review