- The Steel & Alloys Expert
- Mumbai,Maharashtra
- naresh@diamondalloysinc.com
- +91 9619770065
Manganese steel is a steel alloy that contains 12-14 % of manganese content and is known as Mangalloy or Hadfield steel. It is especially known for offering high impact strength, and abrasion resistance in a hardened state. Most commonly this alloy steel is popularly known as the ultimate work hardening steel. Due to its self-hardening properties Manganese steel is highly used in applications requiring high impact environments. With the addition of manganese in certain alloys improves it resistibility to corrosion attacks or rusting in moist environments.
One of the most appreciative properties of manganese is its wear as well as work hardening property that remains totally unbeatable making it ideal for electrical or magnetic industrial application.
The main properties of manganese steel plates are superior hardness properties, tensile strength, elongation, yield strength, wear resistance and many others. In terms of properties manganese steel plates are resistant to abrasion, non-magnetic, as well as work hardening properties that make it suitable for the application in high impact wear applications.
Quality of the product is confirmed with the help of tests to be performed at a different level. While considering the required metal grade please make sure that you depict its application requirements so that we can fabricate the product as per the requirements and service requirements in the industrial working condition. To match up with the emerging requirements of the buyers Diamond Alloys supply product range up to the national as well as international design standards.
Products are tested thoroughly on different stages of production so that the range meets your fabrication as required. The physical, mechanical, as well as chemical properties of the products are tested with the listed destructive and non-destructive test. The products can be fabricated in the form you desire whether it may be in terms of specification, grade, length, dimension, wall thickness, or any other form or size.
To eliminate the chances of attaining a flaw at the time of production high technology invention tools, advanced equipment, and branded cutting tools to procure the best quality output.
Due to the hardness property of manganese alloy it has zero machinability and cannot be softened with the help of the annealing process. It usually requires special tools and equipment as it hardens rapidly if processed through cutting or grinding tools. The fabrication of the material becomes difficult due to its extensive hardness properties, although it can be cut with the help of laser cutting or plasma as recommended by the metallurgist. Latest techniques and machining tools are used so that the plates are able to meet other standards. Experienced metallurgist that holds years of experience is appointed to make use of their skill in the production and rendering the qualitative range to the client’s base.
| EURONORM | DIN | ASTM | AFNOR |
| 1.3401 – X120Mn13 | W1.3401 | A128 Gr B2 | X120Mn13 |
The product range supplied to the clients are passed through the tests including tensile test, positive material test, chemical test, spectro analysis test, mechanical test, positive material test, intergranular corrosion test, third party inspection, etc. Visual inspection is being performed on the MANGANESE STEEL PLATES before transferring them to the clients are done to certify its attributes. Diamond Alloys make sure that all the performed accordingly as prescribed by the quality auditors.
The industry assures that the products are safely delivered to the client’s different packing methods and containers are used. Depending on the grade and dimension of MANGANESE STEEL PLATES corrugated cardboard boxes, pallets, stretch film, label packing, shrink film, bundle packing, carton boxes, etc. Furthermore, the packaging is also done as specified by the clients.
| Thickness | 5mm-150mm |
|---|---|
| Width | 1000mm-4500mm |
| Length | 3000mm-18000mm |
| Heat Treatment | Rolling/Normalised, N, Q+T |
| Impact tested | -52° C |
| C | Mn | Si | S | P |
| 1.20% | 12.00-14.00% | 0.15% | 0.020% | 0.020% |
| Tensile Strength N/mm² | Yield Strength N/mm² | Elongation % | Hardness Brinell |
| 880 | 320 | 40 | 200 |
