 |
| Quantity: | |
|---|---|
| Wear-resistant strip | Length（≤200mm） | Height（18mm~30mm） | Width（C ＜ 1/4A） |
| Optional Welding Bevel | A | B | C |
| Wear-Resistant Block | Length（≤200mm） | Height（18mm~30mm） | Width（1/4A ＜ C ＜ 1/2A） |
| Optional Welding Bevel | A | B | C |
| Wear-Resistant Plate | Length（≤200mm） | Height（18mm~30mm） | Width（C ＜ 1/4A） |
| Optional Welding Bevel | A | B | C |
Extend equipment lifespan and significantly reduce downtime with Hengpu Laser's custom-engineered wear strips, blocks, and plates. Utilizing our proprietary 3D ceramic laser printing technology, we seamlessly fuse advanced ceramics (including Tungsten Carbide, Al₂O₃, ZrO₂, and SiC) with a robust steel matrix. This breakthrough metal-ceramic composite offers the ultimate balance of high hardness and extreme impact toughness.
We tailor the dimensions, welding bevels, and ceramic layer thickness (up to 5mm) to match your precise specifications. Whether replacing standard OE parts for heavy machinery or upgrading custom attachments, our solutions are engineered to outperform traditional wear materials in the most demanding global environments.
Hengpu Laser’s custom wear strips, blocks, and plates are extensively utilized across a wide range of heavy equipment and manufacturing such as:
Mining Industry: Custom Wear Solutions for Heavy Mining. Heavy ores and continuous abrasion demand uncompromising durability. We customize the profile, thickness, and 3D groove structures of our wear plates for different mining, loading and conveying equipment. Designed to meet the rigorous wear-resistance standards expected by top-tier global mining operations, our tailored components ensure uniform surface wear and drastically reduce maintenance frequency.
Petroleum Extraction: Tailored Protection for Drilling Assets. The high-friction, high-pressure environments of oil and gas extraction require specialized material configurations. We engineer bespoke tungsten carbide wear strips perfectly sized to shield key wear parts, ensuring uninterrupted extraction operations.
Construction & Earthmoving: Bespoke Attachments for Construction Machinery. From road milling to foundation drilling, equipment faces highly variable impact challenges. We manufacture custom wear blocks that integrate seamlessly with leading machinery brands. Our precisely printed parts ensure your fleet maintain peak performance in highly abrasive soils.
Rail Transit: Engineered Durability for Rail Infrastructure. Continuous vibration and metal-on-metal friction cause rapid degradation. We provide customized wear plates tailored to the specific geometries of rail transit components, extending the service life of track switching mechanisms and undercarriage shielding with our advanced metal-ceramic atomic bonding.
Metallurgy: High-Temperature Customized Shielding. Metallurgical processes expose machinery to extreme thermal shock and abrasion. Leveraging our laser-printed ceramic layers' inherent high-temperature resistance, we customize protective wear bars for chutes, hoppers, and slag handling equipment etc, preventing premature structural failure in steel mills and foundries.
Machinery Manufacturing: OEM Component Upgrades. We can design and produce integrated structural and functional wear parts. By customizing the material and protection process, we deliver OEM-ready composite plates that add premium wear-resistance to your newly manufactured heavy machinery.
Breakthrough Metal-Ceramic Atomic Bonding: Solves the industry-wide challenge of balancing extreme hardness with structural toughness.
Advanced 3D Laser Printing: Overcomes traditional interfacial bonding limits, allowing us to print over ten types of high-performance ceramics (Al₂O₃, ZrO₂, SiC, WC, CBN, etc.) with a wear-resistant layer customized up to 5mm thick.
Intelligent Structural Design: Our proprietary process enables the creation of custom 3D boss and groove structures that promote uniform wear, perfectly realizing your designed service life.
High-Precision Laser-Ceramic Synthesis: Achieved integration of powder transportation and convergence in air, three-dimensional melt protection, and base material protection. The laser-printed ceramic wear-resistant layer features high temperature resistance and abrasion resistance, significantly improving service life.
Premium Raw Material Tracking: We closely monitor global raw material markets, particularly tungsten and tungsten carbide pricing trends, to ensure we consistently deliver high-quality, cost-competitive solutions built to rigorous international manufacturing standards.
Seamless Global Procurement & Sample Testing Ready to upgrade your equipment's wear resistance? Hengpu Laser provides comprehensive international trade support. From providing detailed technical specifications and custom drawings to managing flexible shipping logistics (including transparent FOB pricing and complete DDP direct-to-door delivery), we streamline your global supply chain.
Contact our engineering team today to arrange sample testing and performance benchmarking for your specific industrial application.
