Drehtrommelofen
Durchlaufofen
Elastomertemperofen
Silikontemperofen
Temperofen
Vulkanisierofen
Industrieöfen
Kammerofen
Silikonverarbeitung Temperatureinfluss
Wärmebehandlung von Silikon
Wärmebehandlung von Silicon
Temperofen für Silikon
Präzise Wärmeprozesse für zuverlässige Materialeigenschaften
The heat treatment of silicone is a key step in achieving stable and reproducible material properties. During the post-curing of silicone, depending on the type of silicone, volatile components such as low-molecular siloxanes, residual oils, or peroxide decomposition products are produced during cross-linking and post-cross-linking.
The extent to which these substances must be removed depends on the respective material and its subsequent application. This is precisely what we focus on with our tempering furnaces for silicone – from small series to large-scale industrial production.
Focus on the cross-linking process
Our tempering furnaces for silicone are designed according to the material and process. Standards such as DIN EN 1539 or ATEX become relevant when substances, processes, or industry specifications require it.
Our experience shows that the right furnace is not determined by the standard, but by the material. The standards then follow as technical specifications.

Optimized post-curing and individually configurable tempering furnaces
Precise post-curing of silicone (tempering or post-curing) is crucial for silicone components to develop their final material properties. Controlled heating processes complete cross-linking reactions, reduce volatile components, and improve long-term stability.
Our industrial furnaces for silicone ensure that these processes are carried out uniformly, reproducibly, and energy-efficiently. Thanks to homogeneous temperature distribution and optimally coordinated air flow, components with high and consistent quality values are produced.
For reliable heat treatment of silicone, we configure each system precisely according to the material, geometry, and production requirements—for example, with:
- Coordinated air flow with defined fresh air exchange
- Suitably dimensioned usable space for homogeneous temperature distribution
- Peak load management to reduce energy costs
- Optional design according to DIN EN 1539 or ATEX
- Rotary drum trolleys for bulk materials and small parts for uniform air circulation
Robust oven technology for continuous operation
Thanks to their robust construction, modern insulation, and durable heating elements, our tempering furnaces for silicone impress with their reliable continuous operation—ideal for series production, technical products, and special processes.
As an experienced manufacturer of tempering furnaces, we support you from the design and commissioning to the optimization of your silicone tempering processes.
Performance parameters *
depending on the silicone batch quantity
Type of construction *
The following device types are available:
Well-designed
equipment
for greater
efficiency
Our tempering furnaces for silicones can be expanded with a wide range of options to make your curing, cross-linking, and post-tempering processes particularly stable, reproducible, and economical:
- Cooling station: Regulated cooling phases for controlled post-tempering of silicone components
- Condensation system: Efficient separation of silicone oils and condensates
- Extractor hood: Effective removal of silicone emissions directly in the process area
- Connection to the on-site control system: Seamless integration into existing automation environments
- Loading and handling systems: Individual solutions for ergonomic or automated processes
- Digital screen recorders: Seamless recording and documentation of the heating process
- Rotary drum systems / rotary trolleys: Uniform temperature control of silicone parts through continuous movement
- Filter technology: Fresh air and exhaust air filter systems in various filter classes as well as recirculating air filter systems
- Fresh air & volume flow control: Precise control for constant process conditions
- Cross-flow heat exchangers for energy recovery: Efficient heat recovery – either manual or automated
- Furnace designs in accordance with DIN EN 1539, ATEX, or AMS 2750: Standard-compliant safety and process conformity for demanding applications
- Process support: Infrared support for accelerated heat transfer
- Inert gas operation: Reproducible, oxidation-free results thanks to controlled process atmosphere
Your partner for custom-made tempering furnaces
From the initial consultation to design and commissioning, we are your reliable partner every step of the way.
Together, we will determine the tempering furnace that perfectly suits your processes—
for precise, economical, and future-proof heat treatment in industry.


