MP-90 · MACHINING AND SEALS
Static O-Ring Gland Screen
Screen a static O-ring gland with user-entered seal cross section, gland depth, width, and diameter-based stretch assumptions.
Preliminary design support. Your inputs and results stay in this browser.
WHAT THIS SCREEN ANSWERS
Static O-ring glands depend on cross-section squeeze, stretch, material, fluid, temperature, pressure, surface, and extrusion risk. The page makes basic gland geometry relationships visible without selecting a seal or claiming a pressure rating. The calculation earns its place by narrowing a specific design choice.
Exact gland tables, material compatibility, pressure, gap, surface finish, installation, and thermal conditions can govern. Confirm current manufacturer data, seal material, fluid, temperature, pressure, hardware geometry, installation, and qualified review. It may matter before the nominal value does.
Static O-ring glands depend on cross-section squeeze, stretch, material, fluid, temperature, pressure, surface, and extrusion risk. Exact gland tables, material compatibility, pressure, gap, surface finish, installation, and thermal conditions can govern. Do not let a convenient default become an undocumented design requirement.
The page makes basic gland geometry relationships visible without selecting a seal or claiming a pressure rating. Confirm current manufacturer data, seal material, fluid, temperature, pressure, hardware geometry, installation, and qualified review. The decision remains specific to this application because static o-ring glands depend on cross-section squeeze, stretch, material, fluid, temperature, pressure, surface, and extrusion risk. Document what was assumed before the concept becomes a release.