High-Purity Electrolytic-hlau flakes nyob rau hauv aerospace: ntsib kev xav txog huab

Hauv kev lag luam Aerospace, qhov khoom siv tsis ua hauj lwm tsis yog ib qho kev xaiv, Xtiron's99.99% electrolytic-hlau flakesTeeb lub cim rau kev ntseeg tau. Engrieted los ntawm cov tswv lag luam 8-} theem hluav taws xob cov txheej txheem, peb cov khoom siv cov ultra-qis impurce (<100 ppm total contaminants) required for spacecraft, jet engines, and defense systems.

1. Vim li cas Aerospace xav tau 99.99% kev coj dawb huv?

1.1 Kev sib tw ua haujlwm hauv aerospace

Huab cua sov heev: -270 degree (chaw) rau +1, 600 degree (rov nkag siab)

KEV NTSIAB LUS ZOO: Txog 30, 000 rpm hauv lub tshuab turbine

Corrosive ib puag ncig: atomic oxygen hauv leo (qis hauv ntiaj teb orbit)

1.2 Yuav ua li cas XTirir tus yoov thaiv cov teeb meem no

2. Xtiron-Aerospace Kev Tsim Kev Tsim

2.1 theem 1: cov khoom siv raw tab sis sourcing

Hlau Los: CarbonyL Hlau Hmoov (99.995% Fe)

Traceloability: Batch-coded ib as6496 (kev dag ntxias khoom tiv thaiv)

2.2 Theem 2: Electrolytic Refining (Electrowinning)

Electrolyte: Fecl₂ + hcL daws (PH 1.2-1.8)

Kev ua tau zoo tam sim no: 94–96%

Kev tshem tawm tshem tawm:

CU<5 ppm

S <3 ppm

O <30 ppm

2.3 Theem 3: Kev Ua Haujlwm rau Kev Ua Raws Aerospace

Hydrogen Annaling: 850 degree, 4 hrs (txo qis)

Cryogenic Kho: {-196} Degree Ruaj Khetilization (Txhim Kho Kev Nyab Xeeb Ua Phem)

Passivation: Nitric acid da dej (mil-std -753 d ua raws)

3. Qhov tseem ceeb Aerospace cov ntawv thov

3.1 satellite & spacecraft Systems

Sib nqus Torque ib qho:

Residual Magnetism<0.05 μT

100% tsis-pyrophoric (kuaj ib tus ECSS-Q-St -70-37 c)

Kev Tiv Thaiv Hluav Taws Xob Hluav Taws Xob:

99.9% Neutron Kev Lag Luam Thaum 1 Mev

3.2 Lub cav ntoo cav

Hniav Txheej Txheem:

Thermal poob siab kuj: 1, {000+ cmles (mil-std -810 h)

Cov kabmob tawb:

Coefficient ntawm kev sib txhuam: {{0}}}}. 12 (qhuav), 0.05 (lubricated)

3.3 Tsheb lub tshuab hypersonic

Coj ntug txheej txheej:

Oxidation tsis kam:<0.1% mass loss @ 1,500°C/2 hrs

Kev Tiv Thaiv Thermal:

Emissivity: {{{0}}}}}. 88-0.92 (300-1 nm spectrum)

4. XTiron's Aerospace Cov Ntawv Pov Thawj & Kev Ntsuas

4.1 Kev Tsim Kho Zoo

AS9100D & Nadcap Ac7004tau lees paub

Ntau traceazeability: Tag Nrho Cov Ntaub Ntawv Digital (25-} xyoo khaws)

4.2 Kev Kuaj Mob

Kev caij tsheb kauj vab thermal: {-270 degree ↔ +800 degree (1, {{voj voog, tsis muaj delamination)

Kev co xeem: 20-2, {000 hz, 3 axes (mil-std {{5} b)

Outgassing: TML<0.5%, CVCM <0.05% (NASA ASTM E595)

5. Customization rau Aerospace tej yaam num

5.1 Geometry Xaiv

Tus txheem flakes: {{{{{0}}}. 1-0.3 mm thickness, 2-10 hli dav

Cov Ntaub Ntawv Tshwj Xeeb:

Micro-perforated ntawv ci (laser-dreded, ø50-200 μm)

Laminated stacks (txog li 500 txheej, interlayer rwb thaiv tsev)

5.2 Cov Txheej & Kev Pab Cuam Tshuam

Ntshav txau: Al₂o₃ lossis ySz txheej txheem (100-300 μm)

Nqus Pem: Koom nrog rau inconel / Ti alloys (AWS C3.7 ua raws li)

6. Cov Lus Nug: Aerospace Kev Lag Luam

Q: Ua li cas koj cov plaub yaj tau ua raws li iTar / pob ntseg pob ntseg?
A: Txhua tus neeg cov khoom lag luam ntawm cov qib Aerospace-yog:

Itar-sau npe

Pob Ntseg (ECCN 1C007)

Q: Dab tsi yog cov hmoov txhuas rau kev txiav txim ceev ceev?
A: Ntau Lawm ntau lawm:

Txheem: 8-10 lub lis piam

Qhov Tseem Ceeb: 4 lub lis piam ({{{1} tus nqi%, DDP incoterms)

Q: Koj puas tuaj yeem muab cov khoom siv rau NASA cov phiaj xwm?
A: Yog, nrog:

NDE tshaj tawm (UT, RT, thiab rau ib NAS410)

Ntim tsev huv si ntim (chav kawm 1000, iest-std -1246 d)