Winoa's steel shot, manufactured under strict conditions and a unique tempering process, allows you to obtain a high carbon cast abrasive shot with optimal resilience, low chlorides & conductivity and high fatigue resistance. Used mainly in shot blasting applications, from desanding in foundries to descaling in steel mills, the HC steel shot will meet your most demanding needs.
Performances of Steel Shot
Balancing hardness and efficiency
48 HRC Hardness – for optimal performances
With a hardness of 48 HRC, W Abrasives’ shot strike the right balance between consumption and efficiency: an amount of impact energy large enough to do the cleaning job desired, while being just soft enough to reduce the wear of the machine and media consumption.
SP version for High impact and Peening
Specific hardness are available for some hard to clean and peening applications. Typical targetted hardness are: 54 RHC and 58 RHC.
Consistent surface finish
Formulated with a narrow hardness range, which equates for your production process a more consistent, stable and reliable cleaning results.
Reduced risk of coating failure
With the chloride and salt levels below 50 μS/cm, you are sure to reduce the possibility of surface contamination due to your abrasive, ensuring increased longevity of the coatings.
Features
100% Recyclable
Air Quenched
Globally Available
Environmentally friendly steel shot blasting abrasive, crafted from high carbon steel to ensure enduring efficiency. Embrace sustainability without sacrificing performance.
Enduring resilience with Winoa's thermally toughened steel shot. Through a thermal process, the high carbon shot optimises cleaning results, delivering long-lasting strength for your applications.
Depend on the steel shot for universal availability, ensuring a steadfast and reliable source for all your cross-continental surface preparation requirements.
Major Industries & Applications
Foundries
Automotive
Forges
Steel mills
Packing Options
We offer various packing options:
-
25 kg × 40 bags on one standard pallet
