Glassy carbon STU 1000

Glassy carbon STU 1000 as an ultra light and ultra thin conductive material based on graphene and nanoscale forms of carbon. An optimized technique of glassy carbon synthesis and obtaining of stable, reproducible results: conductivity, density, hardness, etc.

Features

Density g/cm3	1.25 ± 0.15
Electrical conductivity, S/m	1,900 ± 200
Maximum working air temperature, °С	500

Glassy carbon is a material that combines the properties of graphite and ceramics. The unique properties make it urgent for both industry and laboratory studies as inert, thermally stable crucibles, substrates and electrodes.

Glassy carbon material is applicable in microwave and THz devices.

Glassy carbon can be used as an inert substrate in various solid-state chemical reactions occurring at high temperatures in a vacuum (up to 3,000°С).

The use of glassy carbon allows to avoid the use of such expensive materials as platinum and molybdenum.

Good electrical conductivity, chemical neutrality and corrosion resistance when exposed to acids, alkalis and solvents make glassy carbon very attractive for use in electrochemistry.