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COMMERCE BUSINESS DAILY ISSUE OF NOVEMBER 1,1996 PSA#1713NASA, Johnson Space Center, BE13, Houston, TX 77058 16 -- FLEXIBLE INSULATION BLANKETS FOR THE EXPERIMENTAL CREW RETURN
VEHICLE THERMAL PROTECTION SYSTEM SOL 9-BE13-18-7-07P DUE 102896 POC
Contract Specialist: Yolande Harden, (713) 483-9953 Contract Officer:
Yolande Harden, (713) 483-9953 This is a survey only! NASA/JSC plans to
manufacture two re-entry vehicles for emergency crew return from the
International Space Station (ISS). The purpose of this sources sought
synopsis is to identify vendors capable of providing the hardware
described below. A formal Request for Offer will be issued at a later
date for the production of the flexible insulation blankets for the
vehicle's thermal protection system (TPS). The TPS is comprised of
flexible insulation blankets as well as rigid ceramic reusable surface
insulation (RSI). NASA/JSC intends to award a contract for one flight
ship set of blankets, with an option to purchase an additional ship
set. Separate contracts will be awarded for the production of the
blankets and the RSI. All candidate materials must have demonstrated
capability and reliability in aircraft/spacecraft application. The
flexible insulation blankets required are advancements of the current
Advanced Flexible Reusable Surface Insulation (AFRSI) blanket used on
the Space Shuttle Orbiter. The blankets will be used in an environment
producing surface temperatures of up to 2000 degrees Fahrenheit and a
leeward aerodynamic environment, and are required to demonstrate
adequate strength and survivability at these conditions for a single
mission (1200 seconds). This necessitates the use of a higher
temperature outer fabric material than the orbiter-baselined AFRSI.
Weight and thermal considerations dictate the use of the same, or
similar, Q-felt batting used in the AFRSI blankets. For additional
durability and erosion resistance, the blanket shall be coatable after
installation with an advanced C-9 type high emittance ceramic coating.
NASA/JSC will design the tiles using the ProEngineer
computer-aided-design (CAD) package. CAD data will be provided to the
manufacturer for manufacturing the blankets. Some blankets will have
complex geometry to accommodate TPS penetrations. Interested vendors
are requested to respond with pertinent engineering information to Bob
Maraia (713-483-8862) Mail Code ES3, NASA/JSC, Houston, Tx. 77058 by
11/29/96. Such information might include: system description, including
material formulations and processing methods; material characteristics,
including strength, density, and thermal conductivity (with supporting
test reports); machining capability, including compatibility with the
Pro-Engineer CAD package; and previous applications of the
material/system. PLEASE NOTE THIS IS NOT A FORMAL REQUEST FOR OFFER.
The RFO is expected to be released on or about December 20, 1996.
(0304) Loren Data Corp. http://www.ld.com (SYN# 0173 19961031\16-0009.SOL)
16 - Aircraft Components and Accessories Index Page
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