INTELLIGENCE

Beyond the Specification Gap: Quantifying Surface Contamination on Elastomeric Seals

Traditional seal standards specify dimensions and material chemistry – but they don’t account for subvisible surface particulates introduced by standard seal manufacturing and handling practices. That gap has measurable consequences regardless of the industry or specialty application.

Technical White Papers

Data Centers

Highlighting a hidden risk variable behind GPU clocking and throttling events. Solutioning through VeriClean Seals™ quantified seal particulate baselines and ongoing controls.

Medical Devices

Naming the missing component in your DHR. VeriClean Seals™ characterization of the uncontrolled variable quietly impacting sterility effectivity and conformity.

Pharma & Biopharma

Wetted surface calculations routinely overlook the contamination contributed by surface particulate on installed seals. This paper highlights the need for control and the solutions enabled by VeriClean Seals™.

Discovery Life Sciences

A better understanding of seal mechanics and seal manufacture and supply reveals the uncatalogued risks to your fluid path, and how VeriClean Seals™ has been built to protect purity and drive clean assay results.

The Science & Technology

Foundational Research: The case for why elastomeric seal surface cleanliness must be measured, specified, and controlled — independent of application or solution – and how this conflicts with a seal manufacturing industry driven by commoditization and dominated by last century thinking.