Steel mills

Steel mills are intensive industrial environments where the grinding and cutting of metal materials are essential for the production and finishing of steel products.

From bars to heavy gears and work rolls, each component requires meticulous attention to surface quality and dimensional accuracy.

TIAC’s grinding wheels play a key role in these processes, providing effective solutions for a wide range of heavy grinding applications.

Centreless grinding wheels

In steel mills, the centreless grinding of bars is a crucial process to ensure that surfaces are smooth and uniform.
TIAC’s centreless grinding wheels are designed to withstand the demands of this type of machining, removing excess material accurately and efficiently, ensuring bars with tight tolerances and optimum surface finishes.

Grinding wheels for work rolls

Work rolls must have extremely smooth surfaces to ensure that the rolled metal is of uniform quality.

TIAC’s grinding wheels for grinding work rolls are developed to offer the highest precision, ensuring that rolls are perfectly ground to meet stringent production requirements.

Grinding wheels for deburring and gouging

Deburring and gouging operations are common in steel mills to remove imperfections and prepare parts for further machining or assembly processes.

TIAC’s deburring and gouging wheels are robust and reliable, designed to tackle hard materials and quickly remove heavy burrs without damaging the workpiece.

Cutting discs

TIAC’s cutting discs are essential for cutting operations within steel mills, where large, thick materials need to be sectioned.

These discs are formulated to cut efficiently and precisely, ensuring clean cuts and minimising heat and wear, critical factors in maintaining the structural integrity of the cut material.

TIAC’s grinding wheels in steel mills are indispensable tools that support the production of high quality steel.

Through continuous innovation and industry experience, TIAC ensures that its abrasive solutions meet the toughest operational challenges, improving efficiency, safety and production quality in such demanding environments.