Manganese Plate

 

Manganese steel or Mangalloy is an alloy containing around 13% manganese in its concentration. The Manganese Steel Plates have a good chemical composition of carbon in their material grade. These plates exhibit excellent impact strength and abrasion-resistant properties. Manganese Wear Resistant Steel Plate shows enhanced resistance to sliding or impact wear or tear within these modules. The higher carbon content within the Manganese Steel Wear Plate gives these components enhanced toughness within the system. The high brittleness in these robust Manganese Wear Plate doesn’t allow these plates be machined readily due to their superior work hardenability properties. Manganese Jaw Plate can be machined or cut using plasma arc or laser cutting measures.

 

Standard Mn of Hadfield’s manganese grade is divided into three plate grades.
The Manganese Plate Grades are classified as

• Standard grade- Designed with a Mn content of 12% with 1.15% of carbon.
• Elevated grade- The grade possesses 19% Mn content with around 1.45% carbon content. It helps in improving the wear resistance in the grade.
• Lean grade- This grade has Mn levels of 5% to 7% and carbon content of 1%. The alloy also has 1.5% of molybdenum content, giving it enhanced corrosion and toughness.

 

Mn and 12-14 steels of Mn are two grades of Mn steel. The 12-14 manganese steel is a High Manganese Steel Plate. These modules offer enhanced toughness and mobility over standard manganese grades. The versatile Manganese 12-14 % Steel Plates & Sheets show enhanced resistance to abrasion over any standard Mn steel grade module.

The 11-14% Manganese Steel Plate becomes repeatedly harder than standard grades when these plates are subjected to repeated abrasion and impact. This High Manganese Steel Plate is expensive over standard manganese plates

 

We can deliver High Manganese 12-14 % Steel Plates and Sheets in bespoke thicknesses and widths. View Manganese Oxide Plates Price and Hardness.

 

Mn Steel Plates in stock and available for purchase at a fair price, view Mn Steel Price in india

 

We are a large-scale stockist and exporter of Manganese Jaw Plate all over the world.. see Manganese Steel Chemical Composition

 

 

Thermal decomposition in manganese oxide plates that dissolves Mn precursors, stabilizing agents, or organic solvents at high temperatures ranges in temperatures between 180 degrees C to 360 degrees C. This takes place in the presence of an inert gas allowing it to form MnO nanoparticles.

Triton can assist you if you're looking for a High Manganese Steel Plate Supplier in Malaysia or the United States. Weight Calculator can be found online.

 

 

The prices of steel products keep fluctuating based on supply and demand. The Manganese Plate Price in India starts at $2.98 per kg, while the same plate starts at $3.2 per kg in Malaysia. The prices of these modules in the USA start at $5 per kg, while in the UK, the prices start at $4 per kg.

 

Learn more about the weight, properties, heat treatment, casting, and Hs code of Manganese 11-14 % Wear Plate.

 

Mn steel is a heat treatable alloy that reduces the hardness of the grade. A steel of Mn, when heated transforms, the austenite into ferrite restoring, the ductility of the work-hardened grade. These alloys are later annealed followed by subsequent quenching in the yellow heat. They don’t require to be further temper hardened and usually possess a Brinell hardness of around 200 HB.

 

Mn steel casting is a process wherein manganese is cast into dies and later separated by rapid cooling. These modules form strong alloys exhibiting both hardness and toughness. The casting of this alloy is simple, and it doesn’t form any gas pockets or blow holes as seen in carbon castings.

 

 

 

11-14% high Mn grade material

• Brinell Hardness (approx.): 200
• Tensile Stress: 880  N/mm²
• Yield Stress: 320 N/mm
• Elongation %: 40%

 

 

 

 

 

• X120Mn12 Mn steel has an austenitic structure and is non-magnetic.
• It is supplied water quenched at 950-1000N/mm2.
• It has a Brinell hardness of about 200HB in its current state.
• The material rapidly work hardens in use, raising the Brinell hardness figure to around 500HB.

 

• anti drill plates such as security doors
• industrial trackwork
• stone or iron chutes
• tumbling machines.
• shot blasting equipment

 

Welding:

It is prone to distortion owing to local overheating because to its high coefficient of thermal expansion and low thermal conductivity, and welding should be done at a low thermal level. Welding from 300°C to 800°C is not recommended because carbide precipitation might induce embrittlement. Welding should be done with austenitic stainless consumables of the type E308Mo.

Forming:

Because the plate is ductile in its current state, forming is straightforward. A 2mm to 3mm chamfer should be ground along the edge to be created to prevent cracking on edges that have been work hardened by shearing. Forming should be completed in one operation to avoid work hardening.

 

 

BS EN 10204 3.1 mill certificate for X120Mn12 1.3401 Mn steel plate is available upon request when placing any orders.

 

Cutting:

Plasma arc or laser cutting procedures are preferred if a good edge quality is required. Cutting with a flame is possible, but the edge quality is poor. High Mn steel plate can be sheared, but the blades and machine must be in good working order, and the shear should not be run near its maximum rated capacity.

Machining:

Despite the fact that our Mn steel plate is not considered machinable, Triton has the experience and know-how to drill, tap, machine, and grind it to fulfil your fabrication needs.

 

• Positive material recognition
• Mechanical examining
• Firmness test
• Impact analysis
• Chemical examination-Spectro analysis
• X-ray test
• Hydrostatic analysis