Bimetallic Nano-composite
Up-x750 bimetallic wear-resistant steel plate from jiangsu xinzhou wear-resistant technology co.
Bimetallic Nano-composite
Up-x750 bimetallic wear-resistant steel plate from jiangsu xinzhou wear-resistant technology co., ltd. nano-composite technology for extreme abrasion resistance in mining, cement, and power industries. custom solutions with superior durability and cost-efficiency.
Bimetallic Nano-Composite Technology for Extreme Durability
UP-X750 is an innovative bimetallic wear-resistant steel plate developed by Jiangsu Xinzhou Wear-resistant Technology Co., Ltd. Featuring advanced nano-composite technology, it provides superior abrasion resistance for demanding applications in mining, cement, power generation, and other high-wear industries.
UP-X750 represents a breakthrough in wear-resistant materials, combining a tough steel base with a nano-composite overlay for unparalleled performance. Designed for harsh environments where traditional wear plates fail prematurely, it extends equipment life, reduces maintenance costs, and improves operational efficiency.
Developed by Jiangsu Xinzhou Wear-resistant Technology Co., Ltd., UP-X750 leverages cutting-edge nano-technology to achieve exceptional hardness and toughness, making it ideal for bulk material handling, crushing, and conveying systems.
| Property | Value |
|---|---|
| Base Material | High-strength carbon steel (Q235/Q345) |
| Overlay Material | Nano-composite wear-resistant alloy |
| Hardness (Overlay) | HRC 58-62 |
| Overlay Thickness | 3-20 mm (customizable) |
| Plate Size | Up to 1500 mm × 3000 mm (custom) |
| Weight | 7.5-8.5 kg/m² (per mm thickness) |
| Service Temperature | -40°C to 600°C |
| Impact Resistance | ≥ 8 J (Charpy V-notch) |
The overlay surface of CCO plate will consist of a series of beads with numerous hairline cracks in them. These properly spaced crosscheck cracks are a natural phenomenon and are beneficial to the material. The cracks propagate through the overlay and end at the fusion line.
Plasma burning, air arc, abrasive saw or water jet.
Our CCO overlay plate can be joined by welding the substrate to substrate using 309 weld wire/rod.
Using a press brake, forming should be perpendicular to the weld pass direction. Plate rolling should be performed in the directions of the overlay beads.
Overlay plates are versatile and tailored to specific wear challenges. Below are examples across industries.
Used in chutes, hoppers, and conveyor systems in mining or aggregate processing. CCO plates excel here, resisting material flow that erodes surfaces.
Ideal for high-stress areas like bucket lips and crusher liners in quarrying, where deep scratching and tearing occur.
Suitable for hammer mills and moderate-duty crushers. Products like Super-C® handle combined impact and sliding without cracking.
Applied in heavy-duty equipment like dragline buckets in mining, providing toughness against severe blows and abrasion.
In coal-fired power plants or incinerators, borocarbide overlays protect boiler tubes and ash handling equipment from heat and particle erosion.
In corrosive environments like acidic mining slurries or chemical processing, overlays provide dual protection against wear and chemical attack.
For fabrication, these plates can be cut via plasma, water jet, or abrasive saw; welded using compatible rods (e.g., 309 for CCO); and bent perpendicular to weld beads for forming.
