These are high-strength, alloyed, quenched, and tempered wear-resistant steels, ideal for all types of applications requiring high wear resistance, such as industrial tools and machinery.
AT 13% Mn
This is a wear-resistant austenitic Mn steel. It is supplied in an austenitic or hypertempered state, heated to over 1000°C and rapidly quenched in water. This results in an austenitic structure with a strength of approximately 100 Hg/mm2, with good toughness and elongation. It undergoes a self-hardening process on its surface due to friction or impact, a property that gives it great wear resistance.
Utilization:
Shot blasting machines and their spare parts, hammers, jaws, cover plates in mills and crushers, hammers in the cement, ceramics, and mining industries, railway switches, wear plates, electromagnet constructions.
This is a quenched and tempered wear-resistant steel characterized by its resistance to abrasion and impact. Its high mechanical strength, good toughness, and excellent weldability make it one of the most versatile wear-resistant steels in terms of applications.
Utilization:
For all applications subject to moderate wear caused by impacts or continuous friction caused by hard particles such as stones, gravel, sand, minerals, ferroalloys.
It is a tempered and annealed alloyed wear-resistant steel characterized by its resistance to abrasion and impact, as well as its high mechanical strength, good formability, and excellent weldability, making this steel the most widely used for all types of applications.
Use:
For all applications subject to high wear caused by violent impacts or continuous and extreme friction caused by hard particles such as stones, gravel, sand, minerals, ferroalloys, coal, dust, etc.
This is a tempered, alloyed, and annealed wear-resistant steel characterized by its extreme resistance to abrasion and impact. Its high mechanical strength and good weldability make it optimal for extreme situations involving high stresses, impacts, and severe abrasions.
Use:
For all applications subject to high wear caused by violent impacts or continuous and extreme friction caused by hard particles such as stones, gravel, sand, minerals, ferroalloys, coal, dust, etc.
