LI-2200 silica tiles

E685446

LI-2200 silica tiles are high-density, heat-resistant ceramic tiles used on the Space Shuttle to protect its structure from the extreme temperatures of atmospheric reentry.

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Statements (36)

Predicate Object
instanceOf ceramic heat shield tile
high-density silica tile
thermal protection system component
appliedTo orbiter leading edge vicinity (non-RCC areas)
orbiter lower surface regions
category Space Shuttle tile type
coating black glassy surface coating
comparedTo denser and stronger than LI-900 silica tiles
designedFor atmospheric reentry thermal protection
developedBy NASA NERFINISHED
engineeringRole reusable thermal protection element
feature black surface coating for radiative cooling
bonded to orbiter skin with adhesive
individually shaped and sized
function limit heat transfer to orbiter airframe
protect Space Shuttle aluminum structure from high temperatures
maintenance inspected and replaced between Shuttle flights
material ceramic
silica
operatesAt reentry heating environments of several hundred to over 1000 degrees Celsius
partOf Space Shuttle Thermal Protection System NERFINISHED
property ablative resistance
high density compared to LI-900 tiles
high heat resistance
structural robustness
protects Space Shuttle aluminum airframe
internal systems from thermal damage
risk damage could expose underlying structure to overheating
shape typically rectangular or custom contoured blocks
thermalProperty high temperature capability
low thermal conductivity relative to metals
usedDuring Space Shuttle ascent
Space Shuttle reentry
usedFor areas of higher mechanical and thermal loads on the orbiter
usedIn Space Shuttle program NERFINISHED
usedOn NASA Space Shuttle orbiter NERFINISHED

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