Port and Wharf Wodon wear-resistant materials have numerous applications in ports and wharfs, as follows: 1. Components of Conveyor Systems: - Belt Conveyor Components: Belt conveyors in ports and wharfs undertake the transportation of a large volume of goods. During the transportation process, the continuous friction between the belt and components such as idlers and rollers, as well as the impact of goods on these components, can lead to severe wear of the components. Wodon wear-resistant materials can be used to manufacture the shells or linings of idlers and rollers, enhancing their wear resistance, prolonging their service life, and reducing the frequency of equipment maintenance and replacement. For instance, in bulk cargo terminals handling coal, ore, etc., Wodon wear-resistant idlers and rollers can withstand long-term wear and impact, ensuring the stable operation of belt conveyors. - Chute Linings: Chutes in ports and wharfs are used to guide the descent and transportation of goods. The sliding and impact of goods within the chutes can cause wear on the inner walls of the chutes. Wodon wear-resistant linings can be installed on the inner walls of the chutes to resist the wear and impact of goods, maintaining the shape and structural integrity of the chutes. Such wear-resistant linings can reduce the maintenance costs of chutes and improve the efficiency of goods transportation. 2. Components of Loading and Unloading Equipment: - Grabs: Grabs are important equipment used in ports and wharfs for grasping goods. When grasping hard and highly abrasive goods such as ore, coal, and scrap steel, the bucket body and cutting edge of the grabs will undergo severe wear. Wodon wear-resistant materials can be used to manufacture the bucket body and cutting edge of grabs, improving their wear resistance and strength, enabling the grabs to withstand wear and impact for a longer period, and reducing the frequency of replacement and maintenance of grabs. - Components of Ship Unloaders: During the process of unloading goods by ship unloaders, components such as hoppers, conveying pipes, and impellers will also be subject to wear and impact from goods. Adopting Wodon wear-resistant materials for the transformation or manufacture of these components can enhance the wear resistance and service life of ship unloaders, ensuring their efficient operation. For example, during the unloading process of goods such as cement clinker and ore, Wodon wear-resistant materials can effectively protect the components of ship unloaders from wear. 3. Infrastructure of Ports and Wharfs: - Fenders of Ports and Wharfs: Fenders of ports and wharfs are facilities used to protect the structures of ports and wharfs from ship collisions and wear. Wodon wear-resistant materials can be used to manufacture the panels or linings of fenders, increasing their wear resistance and impact resistance, and reducing the wear and damage to ports and wharfs caused by ships. Particularly in ports and wharfs where large ships frequently dock, Wodon wear-resistant fenders can provide better protection effects. - Ground of Ports and Wharfs: The ground of ports and wharfs needs to withstand the rolling and wear of heavy vehicles and goods, and is prone to ground damage and potholes. Using Wodon wear-resistant materials for the paving or repair of the port and wharf ground can improve the wear resistance and bearing capacity of the ground, maintaining the flatness and firmness of the port and wharf ground, and facilitating the movement and stacking of vehicles and goods.