Runxing machinery
1 / 2
| Model | Overlay Chemical Composition | Carbide Volume Fraction | Hardness(HRC) |
|---|---|---|---|
| RX-m100 | C: 3~5%, Cr: 17~25% | 30% | 58~63 |
| RX-m300 | C: 4~6%, Cr: 20~28% | 30% | 58~64 |
| RX-m500 | C: 5~7%, Cr: 28~35% | 50% | 59~64 |
1420 × 3850mm, 2200 × 3850mm
3+3 / 4+4 / 5+3 / 6+4 / 8+4 / 10+4 / 12+4 / 14+6 / 15+15mm (Custom cutting, bending, punching available)
Microstructure consists of eutectic cementite, martensite & uniformly distributed chromium carbide skeleton structure, overlay hardness up to HV1700. Service life is 5~20 times longer than ordinary manganese steel plate, top performance against severe abrasive wear.
Low carbon base substrate absorbs external impact load; fine evenly distributed microcracks inside hardfacing layer release internal stress effectively, avoid cracking & peeling under medium impact and bulk material drop abrasion.
Custom-made thickness, alloy composition & hardness as clients' on-site abrasion condition, match different working condition demands, reduce frequent replacement & maintenance cost of equipment spare parts.
Our CCO wear plate supports cutting, leveling, punching, bending, curling into flat plate, arc plate, cylinder; can be welded or bolt fixed on equipment for quick replacement and easy later maintenance.
Loesche/FLSmidth vertical mill liner, raw material silo & chute lining
PH-series electric shovel bucket liner, mine ore hopper & transfer chute liner
Stacker-reclaimer bulk material chute wear liner
Coal bunker lining, ash discharge chute wear protection liner
The overlay hardness of our plates can reach up to HV1700. In terms of Rockwell C hardness, the RX-m100 model ranges from 58~63 HRC, the RX-m300 ranges from 58~64 HRC, and the RX-m500 model features a hardness of 59~64 HRC.
Our standard plate dimensions are 1420 × 3850mm and 2200 × 3850mm. Common composite thicknesses include 3+3, 4+4, 5+3, 6+4, 8+4, 10+4, 12+4, 14+6, and 15+15mm. We also support custom cutting, bending, and punching to meet your specific requirements.
Our wear plates utilize a low carbon steel base substrate that effectively absorbs external impact loads. Additionally, fine, evenly distributed microcracks within the hardfacing layer release internal stress, preventing cracking and peeling during medium impact and bulk material drop abrasion.
Yes, our CCO wear plates are highly versatile and support various fabrication methods, including cutting, leveling, punching, bending, and curling. They can easily be rolled into flat plates, arc plates, or cylinders and fixed using either welding or bolt fasteners.
These CCO wear plates provide exceptional economic benefits and protection across heavy industries, particularly in Cement (mill liners, silos), Mining (shovel bucket and hopper liners), Ports (bulk material chutes), and Steel & Power Plants (coal bunkers, ash discharge chutes).
