Attachment 1 Chemical Specifications.pdf
PDF 409 KB Posted
- Attached to
- Chemical Purchase Federal contract opportunity
- Solicitation number
- FA945322QOR01
About this file
This solicitation requests quotes for various chemicals to be delivered to two Air Force bases. Items requested include 48 kg of samarium powder, 24 kg of neodymium powder, 232 kg of titanium powder, and 105.6 kg of boron, with delivery required within 60 days of order receipt. Quotes are due by February 21, 2022 and must include 10g samples of each chemical sent to specified addresses by the same date. The solicitation is set aside for small businesses and offers a 90-day acceptance period. The Department of the Air Force Materiel Command Research Laboratory will evaluate offers on technical acceptability of samples, price, and Buy American preferences to award the contract for delivery to Edwards Air Force Base in California.
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| File | Type | Posted |
|---|---|---|
| Attachment 2 Sample Delivery Statement.pdf |
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Text version
Attachment 1 Chemical Specifications
Purchase amount/description
Item 1: Samarium Powder, 48 kg (for 6 canisters plus 2 spares)
Delivery: 60 Days After Receipt of Order (ARO)
99% minimum total Sm content by mass
99.9% minimum Sm trace metals basis
700 micron (-25 mesh) preferred
Larger than 300 micron (-40 mesh) acceptable
Preparation must not include a hydrogenation/dehydrogenation process
Item 2: Neodymium Powder, 24 kg (for 6 canisters plus 2 spares)
Delivery: 60 Days ARO
99% minimum total Nd content by mass
99.9% minimum Nd trace metals basis
700 micron (-25 mesh) preferred
Larger than 300 micron (-40 mesh) acceptable
Preparation must not include a hydrogenation/dehydrogenation process
Item 3: Titanium Powder, 232 kg (12 canisters plus 4 spares) 99% minimum total Ti content by mass
99.9% minimum Ti trace metals basis
44 micron particle size (-325 mesh) preferred
-400 to -140 mesh accepatable
Item 4: Boron (crystalline), 105.6 kg (12 canisters plus 4 spares)
99% minimum total B content by mass
99.9% minimum B trace metals basis
Preferred 30-40 micron particle size
25 to 100 microns acceptable
File details come from the government source that posted it. Updated .