Our Expertise
Steel and metallurgy facilities push coatings to their thermal and mechanical limits. Induscoat applies high-temperature systems to furnaces, converters, ladles and rolling-mill equipment, together with cold-curing epoxy repairs for bearing housings, cooling circuits and other compatible components. Each solution is selected according to the substrate, temperature and mechanical loads.
Key Challenges We Solve
- Furnace and converter high-temp coating
- Hydraulic cylinder rod restoration
- Bearing housing and cooling circuit repair
- Rolling mill stand protection
Equipment We Protect
- Furnace shells and reheating furnace walls
- Converters and ladles
- Rolling mill stands and roll chocks
- Hydraulic cylinder rods and bearing housings
- Cooling circuits and descaling headers
Operational Constraints
- Sustained temperatures up to 1300 °C in furnace zones
- Thermal shock from liquid metal contact and water cooling
- Heavy mechanical loads and vibration on rolling stands
- Cyclic operation with frequent starts and stops
Recommended Products & Brands
- High-temperature coating selected for furnace shells and converters
- Alumina tile solutions for high-wear zones (descale headers, chute liners)
- Repair composite for compatible bearing housings and worn components
- Foundry castings with grade selection for rolling mill stands (ASTM A781 / A29 grades)
Types of Shutdowns
- Planned campaign end and refractory reline (7–21 day shutdown)
- Roll change and stand maintenance window
- Emergency shutdown on hydraulic failure or water-cooling breach
Risks We Help You Avoid
- Furnace shell failure causing extended production loss
- Hydraulic oil leak creating fire and slip hazards
- Roll chock and bearing damage from inadequate lubrication or wear
- Cooling circuit breach triggering emergency water shutoff
Sector FAQ
How do you protect a steel furnace against heat and wear?
Induscoat selects a high-temperature system according to the substrate, continuous temperature, thermal peaks and mechanical exposure. In wear zones, a repair composite or ceramic protection may be used when its technical data confirms compatibility.
Do you repair rolling-mill hydraulic cylinders?
We first assess condition, tolerances, pressure, hydraulic fluid and seal-contact areas. Based on the diagnosis, we recommend a compatible repair, specialist machining or replacement; a polymer rebuild is used only when the technical documentation and tolerances allow it.