UOP 967-00 is the standard reference for Automated Crush Strength of Spherical Catalysts, giving laboratories a focused method for evaluating the mechanical strength of spherical catalyst materials. For buyers comparing technical standards, this method is relevant when physical durability and handling performance matter in catalyst qualification, incoming inspection, or routine quality checks. By supporting consistent crush strength measurement, UOP 967-00 helps technical teams assess whether spherical catalysts are suitable for processing, transport, and storage conditions where breakage can affect product performance and reliability.

UOP 967-00 method scope

This UOP test method addresses the automated measurement of crush strength for spherical catalysts, making it a practical analytical tool for material characterization. As a UOP method, it is aimed at laboratory use where repeatable strength data may be needed to compare catalyst lots, review supplier material, or track product consistency over time. The method is particularly relevant to organizations that evaluate catalyst integrity as part of petrochemical or refinery laboratory workflows, where mechanical robustness can influence handling behavior and downstream use.

Where is UOP 967-00 used?

UOP 967-00 is commonly used in catalyst laboratories, refinery quality control groups, and technical review teams that work with spherical catalyst materials. It may support laboratory analysts, chemical engineers, and product quality specialists who need a standardized way to examine crush strength during material qualification or batch comparison. In practice, it is useful anywhere spherical catalysts are assessed for consistency before use, especially in environments where process reliability, sample handling, and specification review depend on dependable mechanical property data.

Why professionals use UOP 967-00

Professionals use UOP 967-00 to bring clarity and consistency to catalyst strength evaluation. An automated crush strength method can help reduce variation in routine testing, support internal documentation, and make results easier to compare across lots or suppliers. For refinery and laboratory teams, that means more dependable decision-making when reviewing product acceptance, investigating material differences, or maintaining quality records. The method also supports more efficient workflow planning when mechanical integrity is part of a broader catalyst qualification program.

• Automated crush strength testing
• Spherical catalyst evaluation
• Laboratory quality control support
• Lot-to-lot comparison
• Refinery and catalyst team use
• Technical documentation and review