graphitization furnaces · SML-0

Graphitization Furnace

Our Graphitization Furnace is configured for carbon material processing, temperature stability and repeatable thermal conversion work.

Direct definition

Graphitization Furnace is configured around a defined material process window.

A Graphitization Furnace for carbon conversion and high-temperature graphitization.

Model fact

3 published models are grouped in this family, including SML-0, SML-1L, SML-1L.

Technical overview

Designed around the complete vacuum and thermal process.

Our Graphitization Furnace is configured for carbon material processing, temperature stability and repeatable thermal conversion work.

01

Carbon material graphitization

02

PI film graphitization

03

Conductive material processing

04

Carbon fiber treatment

Key technical facts

  • Designed for ultra-high-temperature carbon processing
  • Suited to graphitization and purification work
  • Configured for repeatable thermal conversion

Technical parameters

Published configuration data by model.

ModelSML-0
Maximum temperatureConfiguration specific
Process typeGraphitization
Process environmentVacuum / carbon atmosphere
Typical applicationsCarbon material graphitization, PI film graphitization, Conductive material processing

Model comparison

ModelTemperatureCapacity / zoneEnvironmentKey configuration
SML-02500 °CConfiguration specificVacuum / carbon atmosphere2500 °C
SML-1L2500 °CConfiguration specificVacuum / carbon atmosphere2500 °C
SML-1L3000 °CConfiguration specificVacuum / carbon atmosphere3000 °C

Detailed description

How the furnace is organized around the process.

Graphitization Furnaces architecture

Our Graphitization Furnace is configured for carbon material processing, temperature stability and repeatable thermal conversion work.

We keep the layout compact, serviceable and process-focused so each project can be configured around the material, temperature window and utility package that matter most.

  • Carbon material graphitization
  • PI film graphitization
  • Conductive material processing
  • Carbon fiber treatment

Reference imagery

We keep the visual reference material in the gallery so buyers can review the furnace body, support hardware and process layout before requesting a quotation.

Graphitization Furnace product image 1
Front view
Graphitization Furnace product image 2
Detail view
Graphitization Furnace product image 3
System view
Graphitization Furnace product image 4
System view
Graphitization Furnace product image 5
System view
Graphitization Furnace product image 6
System view
Graphitization Furnace product image 7
System view
Graphitization Furnace product image 8
System view
Graphitization Furnace product image 9
System view
Graphitization Furnace product image 10
System view
Graphitization Furnace product image 11
System view
Graphitization Furnace product image 12
System view

Standard configuration

Included equipment scope.

Graphitization furnace body1 set
Heating assembly1 set
Insulation system1 set
Control cabinet1 set
Operating manual1 copy

Optional configuration

Utilities and monitoring options.

Process gas package1 set
Cooling package1 set

Product FAQ

Questions to answer before requesting a configuration.

What is the Graphitization Furnace used for?

Graphitization Furnace is intended for carbon material graphitization, pi film graphitization, conductive material processing, carbon fiber treatment. The final process fit depends on the material, cycle and required acceptance criteria.

What information should I provide for a technical recommendation?

Provide the material, part or sample dimensions, target temperature, atmosphere or vacuum level, batch size, process time, cooling preference and any tooling or automation requirements.

Can the equipment configuration be customized?

The configuration can be reviewed around chamber size, heating system, atmosphere, vacuum train, controls, cooling, tooling and safety interlocks before a technical proposal is prepared.

Request a configuration

Turn a product family into a technical conversation.

The more process context you share, the more useful our first reply can be.

No account is required. The form prepares an email in your default mail client.

Related learning

Guides and articles for this equipment family.

Guides

Project evidence

Related HuanYu project records.