Graphene has ultrahigh charger mobility and thermal conductivity; the signal loss is much smaller when transmitting through graphene than through other materials. Graphene-Coated Signal Wire can improve the SNR and it is especially useful in systems where high signal quality is required.
6Carbon Graphene-Coated Signal Wire is produced by depositing graphene film on metal wires with CVD method, to reduce line loss and improve the signal quality.
Headphone cable, audio cable, high-frequency signal lines, communication lines, etc..
|Item||Substrate||Substrate Diameter(mm)||Graphene Layers||Growth Method||length(m/roll)|
|SC-WCu-060||High-purity single crystal copper||0.6||Monolayer||Chemical vapor deposition||150|
|SC-WCu-015||High-purity oxygen-free copper||0.15||Monolayer||Chemical vapor deposition||500|
|SC-WCu-020||High-purity oxygen-free copper||0.2||Monolayer||Chemical vapor deposition||300|
|SC-WCu-030||High-purity oxygen-free copper||0.3||Monolayer||Chemical vapor deposition||300|
|SC-WCu-100||High-purity oxygen-free copper||1.0||Monolayer||Chemical vapor deposition||80|
|SC-WNi-015||Nickel-plated oxygen-free copper||0.15||Multilayer||Chemical vapor deposition||300|
|SC-WNi-020||Nickel-plated oxygen-free copper||0.2||Multilayer||Chemical vapor deposition||300|