High-Carbon High-Chromium Cladding Wear-Resistant Plate
Overview
A high-carbon high-chromium cladding wear-resistant plate is produced by coating wear-resistant material onto a carbon steel substrate. The cladding layer contains evenly distributed carbides, creating a bimetallic material with excellent wear resistance and good processability. This type of Chromium Carbide Overlay Plate is widely used in industries requiring high durability.
Features and Benefits
1. Superior Wear Resistance
The Wear-Resistant Plate has a hardness above HRC55. It contains 3-6% carbon and 20-45% chromium, with optional additions of nickel, tungsten, molybdenum, and vanadium to enhance performance. Carbides make up over 40% of the metallographic structure, ensuring exceptional durability.
2. Strong Impact Resistance
The base plate offers structural support, improving strength and impact resistance. This makes the Cladding Wear-Resistant Steel ideal for applications such as coal drop pipes, hoppers, and vibrating screens.
3. Easy Processing and Installation
The plate can be cut, welded, assembled, and fitted with studs as needed. It is convenient for on-site modifications and adaptable to various construction requirements.
4. Cost-Effective Solution
While more expensive than standard steel, it is more affordable than stainless steel or high-chromium castings. Its durability reduces maintenance costs, downtime, and associated financial losses. Companies seeking a reliable Wear-Resistant Plate Supplier can benefit from its long-term cost savings.
Commitment to Quality
Teda provides high-quality, cost-effective wear-resistant products that meet customer needs efficiently.
