Electrolytic Cov Flakes rau hluav taws xob & cov ntawv thov semiconductor|Beeilun Hlau
Ultra-ntshiab (99.999% +) Nanostructured flakes enterping tom ntej-gen spip fabrication & adjmormics
Precision redefined rau microelectronics
Beilun Hlau's Semicond-qib electrolytic Nrog99.999% + POV PURITYthiab sub-ppm xim hlau impurities (<1 ppm total), our flakes are engineered for EUV lithography masks, sputtering targets, and quantum dot synthesis. Compliant with Semi F72, Nws txoj kev roadmap, thiabIso 14644-1 chav kawm 1Cov qauv, lawv txhawb kom tawg nyob rau hauv 3nm ntawm chips, mems sensors, thiab neuromorphic xam.
Nanoscale composition & mob tswj
| Lub ntsiab | Tshaj plaws tso cai (PPB) | Txuj Ci Semiconductor |
|---|---|---|
| Hlau (FE) | Ntau dua los yog sib npaug rau 99.999% | GDMS-ntawv pov thawj |
| Cov pa (O) | Tsawg dua los yog sib npaug rau 50 | ASTM E1447 |
| Carbon (c) | Tsawg dua los yog sib npaug rau 15 | Semi F72 |
| Nws yog xim hlau impurities | Tsawg dua los yog sib npaug rau 1 (Cu, Ni, CR, Zn Tag Nrho) | Mil-std -883 txoj kev 1011 |
| Chlorine (CL) | Tsawg dua los yog sib npaug rau 5 | Jesd 22- A120 |
| Dopant kev koom ua ke (CO, PT, RU) muaj rau SpintRonic thiab Daim Ntawv Thov MRAM. |
Tseem Ceeb Ua Ntej
1. atomic txheej operition (ald) npaj txhij
Nto roughness: <0.15 nm RMS (AFM-measured over 10μm²)
Lamellar tuab: 1-3 aomic txheej (HR-DEM verified)
Oxidation tsis kam: <0.01 nm/hr @ 450°C in 5% H₂/N₂
2. Ultra-siab nqus (uhv) kev sib raug zoo
Outgassing tus nqi: <10⁻¹¹ Torr·L/s/cm² (RGA-tested per ASTM E595)
Partetulations suav: Class 0.1 (≤10 particles >0.1μm/g)
3. Quantum-qib hluav taws xob cov khoom siv
Resiveivity: 9.6 · Cir (4k, {0. 1% batch li)
Kev muaj peev xwm: 220 cm² / vih S (chav kawm (chav nyob)
Scrierky Barrier Qhov Siab: {0. 45 ev (n-si interface)
4. Cov txheej txheem kev sib xyaw ua ntej
Sputtering Depender tus nqi: 3.2 NM / S @ 300W DC (30% SHASTER Vs. PASTIONAL FLAKES)
CVD ua ntej pab nyiaj txiag: 99.95% (FE (CO) ₅₅ → FE FACE FORMER Kev Ua Yeeb Yam)
Daim Ntawv Thov Lemiconductor Ecosystem
| Tshuab ntawm | Daim ntawv thov | Kev ua tau cai benchmark |
|---|---|---|
| 3nm finfet | EUV Daim Npog Qhov Ntsej Zog Placter Tso | CD uniformity tsawg dua los yog sib npaug rau 0. 12nm (semi p44) |
| Gan hemt | Rooj vag Metallization ua ntej | Rₒₙ <0.5 Ω·mm @ 650V |
| Tus yawg | Sib Nqus Ntsuas Hom | TMR ratio >300% @ RT |
| Thib 2D Cov Ntaub Ntawv | FPSS₃ Monolayer synthesis | 98% theem purity (Raman-siv tau) |
Kev Ua Tshwj Xeeb
| Chaw ua uas tsis tau haus | Kev qhia tshwj xeeb |
|---|---|
| Crystallographic theem | BCC α-Fe (XRD >99.9% theem purity) |
| Qhov loj me me (D50) | 50NM-2μμm (Laser Diffraction ± 2% CV) |
| Cov Cheeb Tsam Thaj Chaw Tshwj Xeeb | 5-100 m² / g (bet, tunable) |
| Zeta Peev Xwm | {{0 {0}} mv rau +30 mv (PH 3-11 Kho tau) |
| Thermal conductivity | 82 w / min ke (isotropic, 300k) |
| Ntawv muaj | Semi s2 / s8, ncav cuag svhc-dawb, Itar |
ProdriDary 9-}}} Ruam cov txheej txheem
Ultra-ntshiab anodes: 99.9999% Cathode Hlau los ntawm thaj chaw ua kom zoo nkauj.
MEM MEM NQE SETURDOWNNING: Asymmetric WaveForm rau 2D nanostructived kev loj hlob.
Megahertz sonication: 10 MHz Cavitation kom tshem tawm cov kab mob sub-nm.
Cryogenic annaling: {-196 Degree Kev Kho Mob Rau Xauv Dislocation Density<10⁶/cm².
Ntshav passivation: Ar / o₂ ntshav rau 0. 5nm ib haiv neeg tswj.
Ai-powered sorting: Sib sib zog nqus semi classifies flakes los ntawm crystallographic kev qhia.
Ntim Ntim Ntim: Chav kawm {0. 1 iso ntim nrog rfid kev taug qab.
Nyob rau hauv-kab metrology: REFS-LUB SIJHAWM XPS / EDS kev siv tau ntawm kev siv hluav taws xob saum npoo av.
VOJ-KHIB ROV QAB: 99.99% Cov roj hluav taws xob hluav taws xob hluav taws xob ntawm ion-xaiv cov membranes.
Kev Ua Si & Ua Raws
Carbon-nruab nrab lawm: Powered los ntawm OnSite Hnub Ci / Cua Hybrid Systems.
Kev lag luam ncig: Kaw-voj rov ua txoj haujlwm rau siv cov phiaj sputtering.
Pfas-dawb ua: Raws li EU 2023/2000 txwv txwv.
Cov FAQ
Q: Ua li cas koj cov flakes txhim kho EUV lub ntsej muag tsis xws luag?
A: Peb<0.15nm surface roughness reduces stochastic defects by 60% (ASML HMI verified).
Q: Koj puas tuaj yeem muab cov flakes rau molecular nqaj xaiv (MBE)?
A: Yog - UHV-qib nrog<0.001 monolayers carbon (QMS-validated).
Q: Koj tus txheej txheem tswj dab tsi rau quantum dot synthesis?
A: ± 2 ntxiv faib ntawm cov tshuab hluav taws xob ua kom sib dhos.
Q: MOQ rau R & D hauv 2D cov ntaub ntawv?
A: 50G cov qauv nrog cov ntawv ceeb toom tem / sau cov ntawv ceeb toom suav nrog.
Vim li cas Beeilun hlau?
Kev Koom Tes Ntawm Shamiconduct: Cov khoom lag luam tsim nyog rau 3/5 sab saum toj thoob ntiaj teb.
Cov kauj ruam sib txuas: Kev sib koom tes kev txhim kho ntawm Fe-raws cov incologators.
Kev Ua Raws: Pob ntseg ua haujlwm nrog cov ntaub ntawv encrypted kev sib pauv cov ntaub ntawv.
Cim npe nrov: Hauv thiab sumiconduct cov liaj haum electrolytic flakes, Tuam Tshoj hluav taws xob thiab semiconductor framakytic flakes tuam ntxhab, lwm tus neeg, lub Hoobkas
