High Manganese Steel Plates Key Features of High Manganese Steel Plates High manganese steel plates are fully austenitic, 淬火退火, 和非磁性. 这些板材以其卓越的耐磨性而闻名, 当受到冲击或高冲击压力的加工硬化时，该值会增加. Main Characteristics When severe wear occurs on the surface, 钢的奥氏体结构...
Overview Mn13 is a high-manganese steel known for exceptional wear resistance, 使其成为高冲击和高压应用的理想选择. 它的两个主要品质是: 提高耐磨性并具有更大的冲击力. 随着表面磨损不断形成硬化层. 与高铬铸铁不同, 仅抵抗滑动磨损, Mn13钢还有...
产品基本信息: 化学成分: Grade C Si Mn P S Mn13 0.90-1.20 0.30-0.80 11.00-14.00 ≤0.035 ≤0.030 Mechanical Properties: Grade Tensile strength Elongation Impact performance 20 ° C Initial hardness value (HB) 硬化后的硬度值 (HB) Cold bend 180° Mn13 ≥800MPa ≥40% ak≥90(J) 200-250 >300 YES Similar steel grade & 等效钢材: USA Japanese Gemany British France International Chinese ASTM&美国钢铁协会&SAE JIS EN DIN EN BS EN NF ISO GB A128 SCMnH11 X120Mn12 1.3401 X120Mn12 1.3401 Z120Mn12 1.3401 ------ Mn13 Skip Car X120Mn12 mechanical properties: 抗拉强度 σ b (兆帕)：≥800 yield strength σ s (兆帕)：≥500 elongation δ (％)：≥20 Hardness: ≤ 229HB Product Application Areas: X120Mn12高锰钢板是...
Properties of AR500 Steel AR500 steel is known for its high abrasion resistance. 然而, 硬度增加也会导致刚性更大. 因此, 与其他耐磨材料相比，AR500不太适合焊接和成型 (增强现实) 钢材. Chemical and Mechanical Properties AR500 has the following properties: 焊接: Decent Machining: Good Abrasion Resistance:...
X120Mn12高锰钢是一种以其优异的耐磨性和韧性而闻名的优质材料, 使其成为采矿等行业高要求应用的理想选择, 采石, 和骨料加工. Key Properties The steel’s superior qualities come from its unique chemical composition, 主要是锰 (锰), 碳 (C), 和硅 (和). 锰含量,...
SA302 GrC/B Pressure Vessel Steel Plate Overview SA302 GrC/B is a nickel-alloyed steel plate specifically designed for high-pressure environments. 它被广泛用于压力容器, 锅炉, 热交换器, 以及在高压下含有气体或液体的类似设备. 需要时, 该钢板以正火状态供应，用于添加...
概述: X120Mn12 (锰13) 是高冲击和高应力磨损应用的理想材料. 这种钢有两个关键特性: 随着外部冲击的增加，它变得更加耐磨, 随着其表面磨损, 一个新的, 不断形成更致密的层压层, 增强耐用性. 该钢具有出色的耐高冲击性和....
X120Mn12锰钢板: Overview and Applications X120Mn12 is a high manganese steel known for its toughness, 力量, 和耐磨的抵抗. 它通常用于需要高影响力和耐用性的行业. Key Features of X120Mn12 Manganese Steel Plates Composition: 包含碳, 硅, 磷, 硫, 和锰, 从而增强其...
