The ROLLING BEAM furnace combines horizontal and vertical movements of beams to carry steel blanks through the furnace. Thermal fatigue of beams at the entrance of the furnace, combined corrosion and creep of the inside beams and combined corrosion, creep and wear of rings are the most usual failure modes for these furnace components.
The breakage of these parts (and even their preventive repair or substitution works) leads to significant financial and environmental issues related to energy and materials’ consumption.
Developing longer lasting materials and components to withstand continuous high temperatures or thermal cycling is an opportunity to achieve ENERGY SAVINGS, CONSUME LESS MINERAL RESOURCES & IMPROVE PRODUCTIVITY AND EFFICIENCY.
This experience was developed along with GHI Furnaces within HiperMAT project.
Main components involved:
Tough working conditions:
How can we help you?
Mantente informad@ de la actividad de AZTERLAN
Keep up with AZTERLAN’s activity.
Keep up with AZTERLAN’s activity.
We train workforce in different fields regarding the production of metallic alloys, components and structures.
We will contact you as soon as possible.
Share your challenge with us.