High-Manganese Steel Wear Ring

The greater the impact, the more wear-resistant (self-hardening during processing)
When impacted/extruded, the surface hardens rapidly, and the hardness changes from HB200 to HB500~600. The core still maintains high toughness (αₖ≥150J/cm²), forming a "hard on the outside and tough on the inside" structure. The stronger the impact and the more severe the wear, the better the wear resistance, and the wear rate is 50%+ lower than that of ordinary steel.
Impact-resistant, non-cracking, high safety
Compressive strength ≥800MPa, excellent stability at low temperatures (-40℃). It can withstand strong impacts from ore, rocks, etc., without cracking or peeling, thus avoiding the risk of equipment jamming and flying parts.
Long life, cost reduction, and efficiency improvement
The service life under standard working conditions is 6 to 12 months, which reduces the frequency of downtime for parts replacement and maintenance, and lowers the whole life cycle cost.
Corrosion-resistant, adaptable to harsh environments
Resistant to acid, alkali, wet dust, and high temperature corrosion, it is suitable for high pollution and high corrosion working conditions, such as mining, metallurgy, dredging, and coal.
Non-magnetic, suitable for special scenes
The austenite matrix is non-magnetic and can be used in electromagnetic equipment, precision instruments, and non-magnetic working conditions.
Precision fit and easy installation
Precision casting + CNC machining, dimensional tolerance ±0.5mm, hole position accuracy ≤0.3mm, perfectly fits the equipment cavity/journal, reducing vibration and eccentric wear.