How does it differ from technical graphite?

Non-graphitized carbon retains a less crystalline structure than fully graphitized graphite. That reduces thermal conductivity and makes it suitable as a structural barrier or separator when heat dissipation is not desired.

When to choose non-graphitized carbon over isostatic graphite?

When the application prioritizes insulation or thermal separation between process zones, mechanical stability and machinability, and does not require the high conductivity of isostatic or extruded graphite.

[ Products ]

Non-graphitized carbon

Non-graphitized carbon for structural thermal barriers, separators and furnace supports — lower conductivity than graphite. Inventory and CNC in Mexico.

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[ Description ]

Structural thermal barrier — low conductivity

Structural thermal barrier

Carbon material with a less crystalline structure than graphitized technical graphite. Lower thermal conductivity makes it an efficient solution for structural thermal separation: it maintains dimensional stability, good mechanical strength and excellent machinability, with a favorable cost profile compared to highly conductive graphites when heat dissipation is not desired.

Property	Typical range (ABR grade)
Bulk density	1.60 g/cm³
Max. grain size	0.8 mm
Flexural strength	22 MPa
Compressive strength	64 MPa
Open porosity	18 %
Ash content	0.2 %

Also available as denser, harder carbons (~1.62 g/cm³, ~10 W/m·K) for electrolysis anodes when low thermal conductivity is required.

Typical applications

Separators and structural plates in furnaces
Thermal barriers between process zones
Supports in the glass industry and metallurgical processes
Electrolysis anodes and extruded-carbon duties
Cost-effective alternative when high conductivity is not required

Available in standard plates and blocks or machined parts to drawing. Inventory and CNC in García, N.L.

[ Build to print ]

Any grade in this family can also be delivered as a finished part: we CNC machine to your drawing, sample or 3D model. Tolerances, impregnation and finish are confirmed in technical review.

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[ Applications ]

Furnace thermal insulation Float-glass fenders Foundry refractory channel lining Refractory surface lubrication Electrolysis anodes

[ Advantages ]

Lower thermal conductivity than graphite
Good dimensional stability at elevated temperature
Excellent machinability
Cost-effective alternative when heat dissipation is not required

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