Ntshiab Silver iav Microspheres

• Khoom npe: Ntshiab Silver iav Microspheres
• Alias: Silver-Coated Glass Microspheres
• Qauv: TH-YB15-2-15%
• Morphology: Spherical
• Nruab Nrab Particle Loj (micrometers): 35μm Customized khoom nrog txawv morphologies, particle loj, thiab cov ntsiab lus nyiaj muaj nyob rau ntawm kev thov.

Cov nyiaj ntshiab iav microspheres yog cov khoom siv sib xyaw ua ke uas cov txheej txheem nyiaj thiab ntom ntom yog coated rau saum npoo ntawm iav microspheres siv cov cuab yeej precision. Raws li cov khoom siv hluav taws xob muaj txiaj ntsig zoo heev, nws cov tub ntxhais tshwj xeeb- cov qauv plhaub ua ke nrog qhov zoo tshaj plaws particle loj thiab geometric uniformity ntawm iav hlaws nrog cov khoom zoo ntawm cov hlau hlau. Nyob rau hauv daim ntawv thov xws li hluav taws xob pastes thiab conductive adhesives, cov nyiaj niaj hnub no -coated iav microspheres tuaj yeem tsim txoj hauv kev ntau dua thiab tsis tu ncua, txhim kho kev ua tau zoo thiab kev ntseeg tau. Muab piv rau cov hmoov dawb huv, nws ua kom zoo dua cov nqi ntawm cov khoom siv thiab yog dav siv hauv high -kawg Circuit Court printing, embedded electrodes, thiab ntau yam khoom sib xyaw ua ke uas yuav tsum tau ua kom ruaj khov.

1: Electromagnetic shielding composite cov ntaub ntawv: Muaj ntau cov nyiaj -plated iav microspheres nyob ze nrog cov yas los yog roj hmab substrates los ua ib tug peb -dimensional conductive network, uas muaj peev xwm zoo cuam tshuam thiab nqus electromagnetic nthwv dej.

2: General-lub hom phiaj conductive adhesives thiab coatings: raws li conductive fillers, lawv muab ruaj khov thiab txhim khu kev qha conductivity.

3: Anti- zoo li qub: tiv thaiv- cov plag tsev zoo li qub, cov rooj lev thiab cov cuab yeej xav tau hauv kev tsim khoom siv kho mob thiab kev cob qhia kev tsim tshuaj

4: High-cov khoom siv thermal interface: Nyiaj yog cov khoom siv hluav taws xob zoo heev. Thaum microspheres txuas ob qhov chaw, lawv tsis tuaj yeem ua hluav taws xob nkaus xwb, tab sis kuj tsim kom muaj kev ua kom muaj cua sov zoo.

Lightweight and high strength: the glass core density is low, and the spherical shape is one of the strongest structures in nature.

Anisotropic conductivity: Nws tuaj yeem ua tiav qhov tseeb Z-axis conductivity, uas nyuaj rau kev ua tiav nrog cov khoom ntim xws li cov khoom hlau lossis cov pa roj carbon nanotubes.

Controllable kev ua tau zoo: Los ntawm kev hloov cov particle loj thiab nyiaj txheej thickness ntawm lub microsphere, nws cov hluav taws xob conductivity thiab mechanical zog yuav raug tswj kom raug.

Kev ruaj ntseg zoo: cov tub ntxhais iav tsis yooj yim rau deform thiab tuaj yeem tiv taus lub voj voog cua sov kom ntseeg tau qhov ntev - kev ntseeg siab ntawm kev sib txuas.

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