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Fraunhofer ISC, Center for High Temperature Materials and Design HTL, Bayreuth
Fraunhofer ISC, Center for High Temperature Materials and Design HTL, Bayreuth
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Infrastructure HTL
Events
ILA 2024
Energy Efficiency of High Temperature Processes
The HTL at Techtextil 2024
Workshop "Product Control in Component Production"
Research Areas
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Research Areas
Ceramics
Shaping
Coatings
Foams
Ceramic Matrix Composites (CMCs)
Ceramic Fibers
Low-Cost-CMCs
Joining Technology
Additive Manufacturing
Binder Jetting Process
Stereolithographic Process
Quality Management in Additive Manufacturing
New Methods in Additive Manufacturing
Textile Fiber Processing
Fiber Testing
Thermal Processes
Green Body Analysis
Drying
Debinding
Sintering
Melt Infiltration
Bulk Material Processes
Sensor Development
Digital Furnace Twin
Testing Methods
Effects of Defects
ThermoOptical Measuring Methods (TOM)
TOM_ac
TOM_air
TOM_chem
TOM_wave
TOM_fiber
TOM_metal
TOM_dry
TOM_mech
ICME
Material Design
Topology Optimization
AI Algorithms
Model Validation
Hydrogen
Applications
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Applications
Ceramics / CMCs
Material Selection
Component Design
Prototyping
Sampling
Thermal Process Technology
Thermal Process Devices
Process Optimization
User Apps
Analysis of Industrial Furnaces
Contract Firing Processes
Device Engineering
Product Control
Online Measurement Methods
Mechanical Testing
Non-destructive Testing
High Temperature Characterization
Analytics
Cooperation
Quality Management
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Careers
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Projects
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Projects
Sustainable Manufacturing Technologies Based on Bio-Based Material Systems
Paper technology ceramic components for sustainable thermal processes
Development of Wear Resistant Ceramic Electrodes
Accompanying research on the large-scale development of the production of green methanol and dimethyl ether (DME) in Chile
Sustainable Silicate Ceramics by Optimized Drying
Highly Innovative Antenna Technologies for New-Space Applications
Industry 4.0 for Ceramic Production
Solar Powered Energy Supply Concepts for the Ceramics Industry
Full-scale Demonstration of Replicable Technologies for Hydrogen Combustion in Hard to Abate Industries The Aluminium use-case
Energy efficient graphitization processes
Curing and pyrolysis processes for polysilane-based silicon carbide fibers
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© Fraunhofer-Center HTL
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Infrastructure HTL
Infrastructure HTL
Fraunhofer Center for High Temperature Materials and Design HTL
Three Locations
The HTL was founded in January 2012. Today, over 100 employees work in its three locations in Bayreuth, Würzburg and Münchberg.
Bayreuth
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Würzburg
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Münchberg
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Fraunhofer ISC, Center for High Temperature Materials and Design HTL, Bayreuth