Methane CVD Technology

Methane, as a carbon source, enables the "on-demand customization" of diamonds through CVD technology, expanding their applications from industrial tools to quantum devices. With technological advancements, methane-based diamond synthesis is expected to play a more crucial role in high-end manufacturing and technology.

Xa kev nug

Hauj lwm lawm

Kev tsis

Industrial-qib Diamonds

- Cov cuab yeej txiav thiab sib tsoo: CVD pob zeb diamond txheej yog siv rau kev txiav cov cuab yeej, laum cov khoom, thiab sib tsoo lub log los txhim kho hardness thiab hnav tsis kam.

- Thermal Management: High-thermal-conductivity diamonds yog siv nyob rau hauv semiconductor heat sinks (xws li, rau CPUs thiab lasers).

- Optical Windows: CVD pob zeb diamond npaj los ntawm methane tuaj yeem siv rau lub qhov rais infrared thiab siab - lub hwj chim laser lo ntsiab muag.

ZL ENERGY -DODECENE 1

Electronic Devices

- Cov khoom siv semiconductor: Qhov dav bandgap (5.47 eV) ntawm pob zeb diamond ua rau nws haum rau siab -voltage, siab - cov khoom siv zaus (xws li diodes thiab transistors).

ZL ENERGY -DODECENE 2

- Ntes: Siv rau kev kuaj pom hluav taws xob (xws li, hluav taws xob hluav taws xob, hluav taws xob ultraviolet), methane-synthesized pob zeb diamond films tuaj yeem ua rau siab - sensors rhiab heev.

ZL ENERGY -DODECENE 3

Cim npe nrov: Tuam Tshoj methane cvd technology manufacturers, lwm tus neeg, Hoobkas

Tug

Methane Diamonds

Methane Roj

Tom ntej