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TE.RI. Carbon | Materials

Materials

Only the best for our customers

Graphite

Extremely soft material, susceptible to breaking and crushing, greasy, compression-resistant, odour-free and conductive (electrical and thermal energy). Graphite does not dissolve in water and does not release composites that might cause environmental contamination.


Artificial graphite is obtained by subjecting carbonaceous material such as anthracite, coal and petroleum coke to heat treatment at high temperatures.

TE.RI. Carbon

stands for quality!

Our experts select premium graphite, taking into account quality and guarantee certificates.

Isostatic graphite

Made with a mixture of raw materials is compacted into rectangular or round blocks in a so-called cold isostatic press.


Furthermore, isostatic graphite generally has a smaller grain size than all synthetic graphite.

The properties of isostatic graphite:
  • high thermal and chemical resistance
  • excellent resistance to thermal shock
  • high electrical conductivity
  • high thermal conductivity
  • increased strength with increasing temperature
  • easy to process
Applications of isostatic graphite
Isostatic graphite is widely used in the mechanical, chemical, electronic, aerospace and nuclear industries.
TECHNICAL DATA SHEETS
The properties of isostatic graphite:
  • high thermal and chemical resistance
  • excellent resistance to thermal shock
  • high electrical conductivity
  • high thermal conductivity
  • increased strength with increasing temperature
  • easy to process
Applications of isostatic graphite
Isostatic graphite is widely used in the mechanical, chemical, electronic, aerospace and nuclear industries.
TECHNICAL DATA SHEETS
Mechanical properties IG-33 grade
Mechanical properties IG-47 grade
Mechanical properties IG-48 grade

Extruded graphite

It is produced through an extrusion process and has a coarser grain size, excellent mechanical strength and electrical conductivity.

Extruded graphite

It is produced through an extrusion process and has a coarser grain size, excellent mechanical strength and electrical conductivity.

The properties of extruded graphite:
  • good thermal conductivity
  • good electrical conductivity
  • resistant to bending
  • high thermal and chemical resistance
  • high resistance to thermal shock
Applications of extruded graphite
Extruded graphite is generally used in foundries that process ferrous and non-ferrous metals, in the heat treatment industry and the electroplating industry.
TECHNICAL DATA SHEET

CFC

(Carbon Fiber Composite)

Material with a threadlike structure made of carbon, typically used in the production of a wide variety of “composite materials" so referred to because they are made up of two or more materials which, in this case, are carbon fibres and a so-called matrix (resin) which serves to hold the fibres in place and retain the shape of the composite workpiece.

The properties of CFC
  • high mechanical strength
  • low density
  • heat insulation
  • resistance to temperature changes
  • resistance to the effects of chemical agents
Applications of CFC

CFC is used in sintering processes, PVD/CVD, vacuum brazing, inert atmospheres and treatment under vacuum.

TECHNICAL DATA SHEET
The properties of CFC
  • high mechanical strength
  • low density
  • heat insulation
  • resistance to temperature changes
  • resistance to the effects of chemical agents
Applications of CFC

CFC is used in sintering processes, PVD/CVD, vacuum brazing, inert atmospheres and treatment under vacuum.

TECHNICAL DATA SHEET
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