X120mn12 piastre d'acciaio di manganese: Panoramica e applicazioni

X120Mn12 is a high manganese steel known for its toughness, forza, e resistenza all'usura. È comunemente usato nelle industrie che richiedono elevata resistenza agli urti e durata.

Key Features of X120Mn12 Manganese Steel Plates

Composizione: Contiene carbonio, silicio, fosforo, zolfo, e manganese, which enhance its mechanical properties.
Proprietà meccaniche: High tensile strength, duttilità, and toughness at room temperature.
Produzione: Available as sheets or plates, made through processes like hot-rolling or cold-working.

Applications of X120Mn12 Manganese Steel Plates

X120Mn12 plates are ideal for applications involving heavy wear and impact, compreso:

Mascelle del frantoio
Power shovel bolts
Centrifugal and impact mills
Protective grills and safety plates
Macchine edili

These plates also serve in high-wear areas like industrial tracks, stone chutes, and platform structures.

Performance in Challenging Conditions

X120Mn12 manganese steel plates are resistant to corrosion, oxidation, and high temperatures, making them suitable for use in harsh environments. They also offer excellent weldability and can be hot or cold worked to enhance strength and durability.

Specifications of X120Mn12 Manganese Steel Plates

Spessore: 35mm–150mm
Lunghezza: 3000mm–18000mm
Larghezza: 1000mm–4500mm
Condizione: Come laminato, normalized, furnace-normalized, vacuum degassed, or customized
Impact tested: At -52°C
Manufacturing process: Hot-rolled (HR)

These plates provide superior performance in various industrial and construction sectors, meeting the demanding requirements of high-stress applications.

X120Mn12 High Manganese Steel Plate Equivalent Grades

DA	AISI	Che cavolo	AFNOR	UNI
1.3401	UN 128	BW 10	Z 120 M 12	X 120 Mn 12

X120mn12 Chemical Composition

C	Mn	E	P	S
1,10 – 1,30	12,00 – 13,00	0,30 – 0,50	massimo. 0,100	massimo. 0,04

X120Mn12 Manganese Wear Resistant Plates Mechanical Properties

Dimensioni	Punto di snervamento N/mm²	Tensile strengtd N/mm²	Resa duttile (Lo=5°)	Contrazione %
<= 16 mm	>= 410	680 – 1180	>= 40	>= 40
17 mm – 40 mm	>= 390	830 – 1080	>= 42	>= 40
41 mm – 100 mm	>= 345	780 – 1080	>= 45	>= 45