Product Description
Discover the outstanding High Manganese Plate, engineered for wear resistance and exceptional durability in challenging environments. This scarce alloy, often utilized in mining, quarries, and heavy equipment manufacturing, boasts a masterful work hardening property-impact instantly enhances its resilience. Enhanced with enlightened alloy composition (11-14% Mn) and available in custom sizes, this plate meets high global standards like ASTM A128 and DIN 1.3401. Find reliability in its excellent weldability, machinability with carbide tools, and impressive mechanical traits, such as >35% elongation and tensile strength up to 1100 MPa.
Industrial Excellence in Plant Applications
High manganese plate is highly valued in plants focused on mining, concrete processing, earthmoving, and construction machinery manufacturing. Used by manufacturers and maintenance teams, its usage spans protective liners, hoppers, and equipment components. The outstanding impact resistance and work hardening capabilities ensure components can withstand rigorous wear environments, optimizing operational longevity and reliability. Its adaptability and customizable dimensions make it an essential presence in high-demand industrial settings seeking advanced materials.
Certifications, Samples, and Express Delivery
This exceptional product adheres to renowned certifications, including ASTM A128, DIN 1.3401, and EN X120Mn12, ensuring global quality compliance. Prospective buyers can request sample plates; these are available with a charge, detailed in our clear sample policy. Take advantage of express shipping options for quick sample delivery, allowing precise valuation and suitability assessments before bulk procurement. This customer-centric approach guarantees transparency, reliability, and satisfaction for every order, regardless of industry or scale.
FAQ's of High menganese plate:
Q: How does the work hardening property benefit users of high manganese plates?
A: The unique work hardening property allows the plate to become significantly harder when subjected to impact or abrasion, increasing its resistance to wear and extending the service life of equipment components in demanding environments.
Q: What processing methods can be utilised for cutting high manganese plates?
A: High manganese plates can be cut using plasma, laser, or waterjet machines. For machining, it is highly recommended to utilise carbide-tipped tools due to the alloy's tough, work-hardened surface during and after processing.
Q: Where is high manganese plate most commonly used?
A: This plate is widely used in industries such as mining, quarrying, concrete manufacturing, earthmoving operations, and in the production and maintenance of construction machinery and heavy-duty equipment, wherever superior wear resistance is required.
Q: What certifications are associated with high manganese plates?
A: Our high manganese plates are certified to international standards including ASTM A128, DIN 1.3401, and EN X120Mn12, confirming their quality and performance for critical structural applications.
Q: When should samples be requested and what is the process?
A: Samples are available for evaluation before confirming a large order. Customers can request samples which are shipped via express delivery for quick assessment; charges and terms are specified in the sample policy to ensure maximum clarity.