Schunk Carbon Technology
Rodheimer Str. 59,
35452
Heuchelheim
Germany
Germany
Telephone +49 641 608-0
Fax +49 641 6081223
marketing-sct@schunk-group.com
http://www.schunk-carbontechnology.com
Fax +49 641 6081223
marketing-sct@schunk-group.com
http://www.schunk-carbontechnology.com
Location
Hall map
Fairground map
Contact
Christoph Czeranski
Graphite and carbon shapes
Bernd Groos
Hardening
Dr. Lars Schnetter
Technical Ceramics
Our range of products
Product categories
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.01 Precious Metals
- 01.01.01 Melting
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.06 Ceramics
- 01.06.01 Burning
Burning
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.07 Non-ferrous metals
- 01.07.01 Coating
- 01.07.01.02 Electroplating
Electroplating
- 01 Industrial Furnaces, Industrial Heat Treatment Plants and thermal processes for
- 01.08 Steel and Iron
- 01.08.03 Heat treating
- 01.08.03.07 Hardening
Hardening
- 03 Componentes, equipment and other supplies
- 03.02 Heating
- 03.02.01 Electric heating devices
- 03.02.01.03 Resistance heating devices
Resistance heating devices
- 03 Componentes, equipment and other supplies
- 03.02 Heating
- 03.02.03 Gas firing equipment
- 03.02.03.01 Burner
Burner
- 03 Componentes, equipment and other supplies
- 03.02 Heating
- 03.02.03 Gas firing equipment
- 03.02.03.02 Recuperator burner
Recuperator burner
- 03 Componentes, equipment and other supplies
- 03.02 Heating
- 03.02.04 Oil firing equipment
- 03.02.04.01 Burner
Burner
- 03 Componentes, equipment and other supplies
- 03.02 Heating
- 03.02.04 Oil firing equipment
- 03.02.04.02 Recuperator burner
Recuperator burner
- 03 Componentes, equipment and other supplies
- 03.02 Heating
- 03.02.09 Radiant tubes
Radiant tubes
- 03 Componentes, equipment and other supplies
- 03.02 Heating
- 03.02.13 Graphite and carbon shapes
Graphite and carbon shapes
- 03 Componentes, equipment and other supplies
- 03.05 Furnace engineering materials
- 03.05.03 Other furnace engineering materials
Other furnace engineering materials
- 03 Componentes, equipment and other supplies
- 03.10 Pumps, Blowers and Fans
- 03.10.07 Fans
Our products
Product category: Graphite and carbon shapes
Profiles
As a specialist in efficient relining, we're not only qualified to maintain your kiln, but to improve it using our products. With our patented components made of CFC, we are setting new benchmarks here. Our L-, U- and h-shaped plate-setters for the construction of insulation lining are very strong and extremely rigid. They can easily be connected to form complex structures using screw connections or plug-in connections. Our double-L plate-setter is the innovative solution for a longer door insulation service life, as the edges of the door are perfectly protected and the insulation permanently remains in the intended position.
You benefit from these advantages:
You benefit from these advantages:
- Relining the hot zone as a comprehensive service
- Plate-setters made of perfectly matched materials
- L-, U- and h-shaped plate-setters available
- Innovative double-L plate-setter for door insulation
- Greater efficiency and longer service life of your kiln
Radial Fans / Convection Fans
As a specialist in efficient relining, we're not only qualified to maintain your kiln, but to improve it using our products. With our patented components made of CFC, we are setting new benchmarks here. Our CFC radial fans have been used successfully for years. They are characterized by application options in many atmospheres thanks to considerably less weight in comparison to steel and considerably greater effectiveness compared to "paddle fans."
You benefit from these advantages:
You benefit from these advantages:
- Significantly lower weight
- Maximum operating temperature at full revolutions (no throttling required)
- No creep, no deformation and no embrittlement equals longer service life
- More even temperature distribution and better heat transfer
- Improved energy and process efficiency
- Significantly higher efficiency than simple “paddle fans”
- One-piece impeller design, no screws and no joints
- Given the improved efficiency, hydrogen can be replaced with nitrogen
UniGrid® – Modular Fixture System
With UniGrid®, we offer standardized solutions for CFC grids in addition to customized charge carriers. In contrast to machined or water jet-cut grids, these grids, manufactured in a single, separate process, have a continuous fiber structure and no joints. The closed frame structure enables easy, uncomplicated handling with a high degree of rigidity and strength.
You benefit from these advantages:
You benefit from these advantages:
- Offers many different options for positioning graphite posts
- Maximum flexibility in grid loading
- Self-centering posts are easy to mount and align
- Stackable
- Outstanding stability for multi-level structures
Product category: Recuperator burner, Recuperator burner
Recuperative Burners
Ceramic recuperative burners, because of their enlarged surface area, function as an integrated heat exchanger for preheating the combustion air from the combustion exhaust gases – among others - in fully ceramic systems for the indirect heating of heat treatment furnaces. With our variants CarSIK and IntrinSiC®, materials are available, which ensure a high level of efficiency due to excellent material combinations. The material IntrinSiC® (3D-printed RBSiC) enables short delivery times and a high level of complexity in the design.
You benefit from these advantages:
You benefit from these advantages:
- Possible RBSiC-Variants: CarSIK, IntrinSiC®
- High oxidation and corrosion resistance
- Very good thermal shock resistance
- Unique in the world: 3-D printing with IntrinSiC®
- (Short delivery times, high design flexibility, elimination of cost-intensive model and mold costs)
Product category: Radiant tubes
Radiant Tube
With our radiant tubes for indirect heating, we are one of the pioneers and market leaders in thermal process technology. Due to their excellent material properties, radiant tubes made of CarSIK, guarantee an optimal long-term behavior and, in addition to high efficiency, a high degree of operational safety in sensitive industrial production processes. Thanks to our technology leadership, if necessary, a tube size of L ≥ 3000mm is available, which allows for lower NOx-emissions, due to the increased heat exchange area and adequate circulation rate.
You benefit from these advantages:
You benefit from these advantages:
- Possible RBSiC-Variants: CarSIK
- High oxidation and corrosion resistance
- Very good thermal shock resistance
- Large pipe structures available
Product category: Burner, Burner
Burner Nozzles
We have a wide range of industrial and domestic burners for "direct heating" in thermal process technology. The outstanding material properties of the silicon-infiltrated, reactive silicon carbide (RBSiC) such as thermal shock resistance and oxidation resistance ensure an optimal long-term behavior. The material IntrinSiC® (3D-printed RBSiC) enables short delivery times, the absence of cost-intensive model and mold costs as well as a high level of complexity in the design.
You benefit from these advantages:
You benefit from these advantages:
- Possible RBSiC-Variants: CarSIK, IntrinSiC®
- High oxidation and corrosion resistance
- Very good thermal shock resistance
- Unique in all the world. Manufactured via 3D printing with IntrinSiC®
Product category: Electroplating
Immersion Tube
Our immersion pipes were developed for the non-ferrous metal-processing industry, for zinc and aluminum smelters in particular. The SiSiC variant CarSIK we use, demonstrates all its advantages, such as positive wetting behavior, a very good thermal shock resistance and a high oxidation resistance. This enables a considerably longer product service life in comparison to the traditional fireproof ceramic version.
You benefit from these advantages:
You benefit from these advantages:
- Possible RBSiC-Variants: CarSIK-NG
- High oxidation and corrosion resistance
- Very good thermal shock resistance
- Positive wetting behavior
- Considerably longer product service life
Melting Crucibles for Metallurgy
These melting crucibles are especially suitable for precious metal melting and feature a high degree of thermal, chemical and mechanical stability here. This minimizes interactions with the molten material and contributes to a long service life of the products. A professional structural design and comprehensive technical support complement our service offering.
You benefit from these advantages:
You benefit from these advantages:
- High chemical and thermal resistance
- Excellent thermal shock resistance
- High product quality
- Individual solutions and support
- Materials: ZirSIK-95 and AluSIK-99
Crucibles, Bowls and Boats for Laboratory Ceramics
The roasting and melting of a wide variety of different reagents (inorganic products, salts, rare earths, precious metals etc.) in the laboratory require ceramic products which are exceptionally resistant to corrosion and oxidation, arise at high temperatures and exhibit minimal wear thanks to their strength and hardness. Our materials exhibit these properties, which are the basis for the long service life of our products.
We carry a comprehensive assortment of crucibles and bowls in standard sizes and can create items sized according to your needs on short notice, as it were. We would be happy to advise you with regard to the product design and material selection to find the best possible solution for your application.
You benefit from these advantages:
We carry a comprehensive assortment of crucibles and bowls in standard sizes and can create items sized according to your needs on short notice, as it were. We would be happy to advise you with regard to the product design and material selection to find the best possible solution for your application.
You benefit from these advantages:
- Outstanding chemical resistance
- Very good thermal and wear resistance
- High resistance to thermal shock
- Expert technical support
- Flexible fulfillment of demand and warehousing
- Materials: AluSIK-99, AluSIK-80, AluSIK-60 and ZirSIK-95
Crucibles for Powder Treatment
Our crucibles, which are used especially in the thermal treatment of fluorescent powders in the form of triple phosphors and halophosphates, guarantee an optimal long-term behavior due to the excellent material properties.
You benefit from these advantages:
You benefit from these advantages:
- Possible RBSiC-Variants: CarSIK, NSiC-Variant: CarSIK-NG
- High bending and fatigue strength
- High oxidation and corrosion resistance
- Outstanding chemical resistance
- Very good thermal shock resistance
Sliding/spring Blocks, Segment Plates and Cooling Ring Blocks
These components are used in quartz glass furnaces. The melting of quartz sand of high purity at temperatures over 1.700°C in these furnaces places high demands on the fireproof components used in the process. Our pressed zirconium oxide products impress with their very high thermal resistance, excellent thermal shock resistance and good thermal insulation capacity here.
We support the optimum use of our high-quality products through comprehensive technical support, including professional structural design of the components in close cooperation with the user.
You benefit from these advantages:
We support the optimum use of our high-quality products through comprehensive technical support, including professional structural design of the components in close cooperation with the user.
You benefit from these advantages:
- Excellent thermal shock resistance
- Very good thermal resistance and thermal insulation capacity
- Variability in shape design
- Professional structural design
- Material: ZirSIK-95
Tubes for Laboratory Furnaces
In the field of laboratory furnaces, high-quality aluminum oxide tubes are often an integral component (especially in so-called tube furnaces). Very high thermal resistance, dimensional stability, outstanding resistance to thermal fluctuations and the capacity for thermal insulation predestine our aluminum oxide tubes for use in this field. We also want to convince users in these fields with our individual support and flexibility with regard to covering special needs and small quantities in a timely manner.
You benefit from these advantages:
You benefit from these advantages:
- Very good thermal insulation capacity
- Outstanding thermal and chemical resistance
- High wear resistance
- Expert technical support
- Short delivery times
- Materials: AluSIK-99, AluSIK-80 and AluSIK-60
Tubes for Vacuum and Sintering Furnaces
These tubes are used in vacuum and sintering furnaces. Among other things, they are used as a passageway from the furnace's periphery to the hot zone (e.g. for electrically energized elements). The selection of aluminum oxide materials available to us can be optimally tailored to your individual use here. The quality features of our ceramics, such as very high thermal resistance, dimensional stability and outstanding resistance to thermal fluctuations contribute to the long service life of the components here. Efficient and modern production technology enables us to make short delivery times possible so that immediate and smaller quantities can be flexibly covered.
You benefit from these advantages:
You benefit from these advantages:
- Outstanding thermal and chemical resistance
- High resistance to thermal fluctuations
- High wear resistance
- Electrically insulating, high dielectric strength
- Expert technical support
- Short delivery times
- Materials: AluSIK-99, AluSIK-80 and AluSIK-60
About us
Company details
Schunk Carbon Technology is a worldwide leader in the development, production and application of carbon and ceramic solutions. With a highly-specialized technology-based product portfolio consisting of mechanical carbon, electrical carbon, thermal carbon and technical ceramics, Schunk Carbon Technology offers solutions for a wide industrial spectrum. In addition, our customers benefit from the know-how we have accumulated over decades as well as from an extensive development partnership that continuously generates pathbreaking material technologies. Among these are, for instance, customized solutions in the fields of current transmission, high-temperature applications and engineering ceramics for extreme conditions.