【宇宙機とポリイミド】宇宙服や月にも残っている芳香族化合物 - 往時宇宙飛翔物体システム機械設計屋の彼是宇宙blog

137:17:50 Duke: Roger. Copy. Also, did you notice - was there any indication of any dust cloud as you lifted off? Over.
137:18:02 Armstrong: Not very much. There was quite a bit of Kapton and parts of the LM that went out in all directions, usually for great distances, as far as I can tell. But I don't remember seeing anything of a dust cloud to speak of.
137:18:21 Duke: Roger. Understand all you could see was parts of the LM going out. What was your - your first - first comment? Over.
137:18:35 Armstrong: I don't remember. Just could see Kapton and other parts of the LM staging scattering all around the area for great distances, but I didn't see much dust.
137:18:50 Duke: Rog. Thank you very much.
[Comm break.]
[Unintended coverage by dust kicked up at lift-off could account for the seismometer absorbing more heat than intended. Apollo 11 did not have film coverage of the moment of lift-off but this film, taken two years later of the Apollo 15 lunar lift-off, does show that the descent stage formed an effective shield to keep the rocket blast from stirring up the surface dust. It also shows the Kapton foil insulation flying away form the descent stage on ballistic paths.]

137:25:42 Armstrong: 11. Roger.
[Long comm break.]
[The crew are preparing to impart a rolling motion to the spacecraft to even out temperatures across its surfaces. This is the Passive Thermal Control or PTC mode. Before they begin the roll, they want the CSM to be as still as possible, minimising as many unwanted rotations. This is thought to help the subsequent roll to be stable and allow the crew to sleep without having to be awakened to restart it.]
Public Affairs Officer - This is Apollo Control at 137 hours, 27 minutes. At this time, Apollo 11 is traveling at a speed of about 4,982 feet per second [1,519 m/s]. At - Is about 5,900 nautical miles [10,900 km] from the Moon, and about 198,900 nautical miles [368,400] from Earth. A short while ago, you heard Neil Armstrong make a few descriptive comments of the scene on the lunar surface at the time the LM ascent stage lifted off. Armstrong reported seeing very little dust, but quite a bit of debris from the LM. He referred to the Kapton, which is a plastic-like insulation material generally silver or gold in color which is found on the outside surfaces of the LM. And, we also had a report at 136 hours, 54 minutes, about 40 minutes or so ago that the LM guidance computer had finally stopped putting out any data, and that was about 7 hours, 13 minutes after the primary guidance system was deprived of the coolant in a test of how long the system would continue to operate without coolant. The platform apparently began to become unusable after about 4 hours, and the computer itself finally gave up after about 7 hours and 13 minutes. Both items going considerably - considerably longer than had previously been predicted. The Lunar Module ascent stage still in lunar orbit. We're continuing to get data from it. All other systems appear to be functioning well at this time. The LM orbit we show as currently 64.4 nautical miles [119.3 km] for height of apocynthion, 54.4 nautical miles [100.7 km] for pericynthion. And the LM is in its 23rd revolution, and here's a call to the crew.

https://history.nasa.gov/afj/ap11fj/21day6-tei.html

青文字や緑文字で解説が入っていますが、月面から離陸したアポロ月着陸船(LM：Apollo Lunar Module)のほこり/ちりが巻き散ったことの影響を確認している場面(だと思います)。

アームストロング宇宙飛行士は、ほこり/ちりが舞っているようには見えなかった、LMについているカプトンが離陸の際に散らばるのは見えた。と記録に残っています。

このように、カプトンは早いうちから宇宙用製品として使用されてきました。