wear resistant steel x120mn12 manganese steel
1.0~2.0 USD
| Min. Order: | 5 Ton |
|---|---|
| Trade Term: | FOB |
| Payment Terms: | L/C, T/T, WU |
| Supply Ability: | 1000 |
| Place of Origin: | Shanghai |
Company Profile
| Location: | Shanghai, China (Mainland) |
|---|---|
| Business Type: | Trading Company |
| Main Products: | High Manganese Steel Plate 1.3401China Mn13, High Manganese Steel Plate 1.3401, Alloy Steel Sheet China Mn13, Abrasion Resistant Steel Sheet, ALLOY STEEL PLATE |
Product Detail
| Model No.: | 1.3401 |
|---|---|
| Means of Transport: | Ocean |
| high manganese steel: | x120mn12 |
| Production Capacity: | 1000 |
| Packing: | standard packing |
| Delivery Date: | Immediately ship |
Product Description
hot rolled plate hot round bar
1 Europe standard X120Mn12
2 China Mn13
3 ZGMn13 China cast steel
4 high manganese steel
5American standard US A128
Quick Details:
Standard | ASTM, GB, JIS |
Grade | 1.3401 High manganese steel plate |
Thickness | 1-30mm |
Place of Origin | Shanghai, China (Mainland) |
Brand Name | baosteel |
Model Number | 1.3401 High manganese steel plate |
Type | Steel Plate |
Technique | Hot Rolled |
Surface Treatment | hot |
Application | wear-resisting |
Special Use | High-strength Steel Plate |
Width | 1000 |
Length | 2000 |
hot steel | plate |
6we can guarantee the quality ,the goods sell very well to all of the world.we can produce the goods according to the customer's request.
7chemical composition
C 1.10-1.30
Si 0.30-0.50
Mn 12-13
P ≤0.100
S ≤0.040
Cr ≤1.5
8the machinery function
surrender ≥410
resistant-draw 880-1130
stretch rate ≥40%
9 Specification scope commer specification 6-30mm. Special specification 1-5mm.
10 Shipment data one and half month without any special situation.
11.Mn13 we have the stocks Mn13 6,7,8,10,12,13,15,20,25,30 unit/mm
Hadfield steel is well known for its high work hardening capacity and wear resistance. The alloy X120Mn12 is specifically used in railroad castings such as frogs and crossings in west European countries such as France. The influence of various contact parameters on the mechanical behaviour of this alloy was investigated by rolling contact tests. The results are described and discussed using micro-hardness measurements, optical and scanning electronic microscopy and EBSD analyses.
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