Product Description
Application
In coal mining operations, mid-sections of scraper conveyors are subjected to arduous conditions characterized by high loads, intense friction, and heavy impact. Traditional pans frequently suffer from premature failure and unscheduled downtime due to through-wear of the bottom plates and tearing of the central plates.
We leverage cutting-edge 3D laser-ceramic additive manufacturing to integrate ceramic particles into critical wear zones via a micro-fusion process. This creates an 'indestructible' ceramic-reinforced armor that significantly extends the service life of the equipment.
Product Composition & Technology
Product Highlights
Unrivaled Surface Hardness: Our ceramic-enhanced layers far outperform standard wear plates, shielding equipment from the relentless cutting action of coal and rock in the harshest strata.
Tailored 3D Reinforcement: Optimized for high-capacity and long-distance mining, our 3D precision technology applies strategic reinforcement to the most vulnerable areas of the line pan, ensuring performance matches your specific site conditions.
Integrated Ceramic-Metal Matrix: By achieving a seamless metallurgical bond, we’ve solved the "peeling" issue of traditional patches. The result is a high-toughness surface that survives intense impact without cracking or detachment.
Maximum Uptime, Minimum Cost: Achieve a 3-5x increase in operational lifespan. Our technology doesn't just move more coal; it eliminates the profit-killing cycle of frequent replacements and maintenance shutdowns.
3D Laser Ceramic Printed Wear Layer – Industrial Wear Technology Expert
Hengpu is a pioneer in industrial wear resistance technology. We have overcome the long-standing industry challenge of balancing extreme hardness with exceptional toughness.
Technical Breakthrough: Our proprietary process solves the interface bonding difficulties between ceramic particles and the metal matrix. This enables 3D printing of wear layers using over ten types of ceramics (including Al₂O₃, ZrO₂, and SiC) with thicknesses up to 4mm.
Optimized Design: The laser-printed layer features 3D raised and recessed structures that ensure even surface wear distribution, precisely matching the designed service life.
Quality Assurance: The entire manufacturing process adheres to stringent international standards, with each tool certified under ISO9001:2008 and GJB9004B-2009 to guarantee stability and reliability.
Product Advantages
Innovative Bionic Design: Inspired by pangolin scales, our proprietary wear-resistant technology creates a bionic structure where the ceramic layer fuses deeply (≥1mm) with the substrate. This represents a significant leap forward in material science.
Perfect Hardness-Toughness Balance: The atomic bonding technique merges the hardness of ceramics with the toughness of metal, delivering unparalleled performance, especially on hard geology.
Customizable Solutions: Customization is available to meet specific equipment requirements (new or repaired central tanks are both possible), and thickness can be specified.
High-Temperature & Abrasion Resistance: The laser-printed ceramic layer withstands high temperatures and severe abrasion, extending tool life and ensuring superior performance in the most demanding construction environments.
Rapid & Reliable Supply: Manufactured in mature industrial workshop systems to ensure fast delivery without compromising on strict quality control.
FAQs
Q: What is Hengpu Laser's background?
A: Hengpu Laser is a high-tech company founded in 2013 by a team of US-educated PhDs.
The founder, Dr. Liu Dejian, conducted extensive welding research at Ohio State University and has published numerous articles in international journals.
The company is a leader in China's ceramic 3D printing sector, specializing in the industrialization of industrial laser 3D printing technology. Recognized as a national-level "Specialized, Refined, and Unique" (Little Giant) enterprise.
Hengpu has successfully developed over 30 products for mining, subway tunnels, oil exploration, and infrastructure, establishing itself as a rapidly emerging brand in engineering cutting tools.
Q: What is the thickness of the wear-resistant layer?
A: Our 3D-printed ceramic wear-resistant layer can be up to 4mm thick, providing exceptional wear resistance.
Q: Do you offer custom services?
A: Yes, we provide personalized solutions tailored to your specific equipment and working condition requirements.
