Industry Pain Points of Ordinary Track Parts
Most low-cost track chassis accessories only adopt simple surface quenching treatment, resulting in uneven hardness, hard and brittle surface and soft internal structure. In harsh working conditions with rock impact, sand abrasion and high-frequency vibration, such parts are prone to surface peeling, tooth breakage, shaft fracture and rapid wear, requiring frequent replacement and increasing overall operating costs of equipment.

MAGEON Customized Heat Treatment Process
MAGEON adopts secondary vacuum carburizing and quenching + high-temperature tempering composite heat treatment process for all core four-wheel and track shoe parts. Different from single surface treatment, this process forms a high-hardness wear-resistant layer on the part surface while retaining high-toughness fiber structure inside the parts. It perfectly balances wear resistance and impact resistance.

For mining and heavy-load drilling customized parts, MAGEON adds deep cryogenic treatment technology after heat treatment to eliminate internal residual stress of metal materials, effectively avoiding part deformation and fatigue failure caused by long-term alternating load. All parts undergo strict hardness testing and impact testing after processing to ensure compliance with industrial heavy-duty standards.

Technical Data & Practical Effect
After MAGEON composite heat treatment, the surface hardness of track parts reaches HRC58-62, with ultra-strong wear resistance; the internal toughness is increased by 45%, which can resist strong impact of rock and heavy load. The overall service life of chassis four wheels and one belt is more than 3 times that of ordinary untreated parts, greatly reducing equipment downtime and maintenance frequency.