In order to deal with the problem of easy wear of fire fighting agricultural belt during transportation, material selection is the basis of protection and reinforcement. When making fire fighting agricultural belt, high-strength and wear-resistant synthetic fibers are preferred as the main materials. These synthetic fibers are processed by special processes, with tight molecular structure and strong bonding between fibers, which can resist the scratches of various sharp objects during transportation. At the same time, high-performance protective fibers such as Kevlar are added to key parts. This fiber has super high strength and toughness. Even if it is strongly hit or rubbed by sharp objects, it can effectively disperse the impact force, prevent the surface of the agricultural belt from being damaged, and enhance its wear resistance from the source.
The surface treatment process further improves the wear resistance of the fire fighting agricultural belt. By coating the surface of the agricultural belt, it is covered with a tough "protective clothing". Commonly used coating materials have good wear resistance and self-lubrication. When the agricultural belt rubs against other objects during transportation, the coating can reduce surface friction and reduce the degree of wear. Moreover, this coating also has the characteristics of UV resistance and aging resistance. Even if it is exposed to the transportation environment for a long time, it will not fall off or fail due to factors such as light and temperature changes, and continue to provide protection for the agricultural belt.
In terms of structural design, the fire fighting agricultural belt adopts a multi-layer composite structure to achieve protection and reinforcement. The outer layer of the agricultural belt is a high-strength wear-resistant layer, which is responsible for resisting external friction and impact; the middle layer is a reinforcement layer, which is composed of high-strength mesh cloth or wire mesh, which plays a supporting and reinforcing role to prevent the agricultural belt from deforming or tearing when subjected to large external forces; the inner layer is an anti-seepage layer to ensure that the water transport function of the agricultural belt is not affected. This multi-layer composite structure cooperates with each other, so that the agricultural belt can withstand external wear and tear during transportation, while maintaining its own structural integrity and performance.
In order to avoid edge wear of the agricultural belt during transportation, its edge will be specially hemmed. High-strength wear-resistant hemming strips are used, and the hemming strips are tightly connected to the edge of the agricultural belt through a precise stitching process. The hemming strips can not only protect the edge of the agricultural belt from wear, but also prevent the fibers at the edge from loosening and falling off. During the hemming process, the interface of the hemming strip will also be reinforced to ensure that the interface is firm and will not crack due to friction during transportation, thereby protecting the edge of the agricultural belt in all directions.
As the key part of the fire fighting agricultural belt, the connecting parts are also easily damaged by collision and friction during transportation. Therefore, special protection design will be carried out for the connecting parts. Use high-strength metal connectors and plate a layer of rust-proof and wear-resistant coating on the surface of the connectors to prevent the connectors from rusting and wearing during transportation. At the same time, the connectors are equipped with special protective covers made of soft and wear-resistant materials, which can not only buffer the impact force during transportation, but also reduce the direct friction between the connectors and other objects, effectively protect the connecting parts, and ensure that the agricultural belt can still be connected and used normally after transportation.
Taking reasonable measures in the mode of transportation can also reduce the wear of the fire fighting agricultural belt. When loading the agricultural belt, it will be neatly wound on a special reel. The surface of the reel is smooth and has a certain elasticity, which can prevent the agricultural belt from being damaged during the winding process. When the reel is placed on the transport vehicle, soft cushioning materials such as sponges and rubber pads will be laid under and around the reel to prevent the agricultural belt from direct contact with the hard surface of the vehicle. At the same time, the agricultural belt will be fixed to prevent it from rubbing against each other or colliding with vehicle parts due to vehicle bumps during transportation.
Daily maintenance is also essential for the protection and reinforcement of the fire fighting agricultural belt. Before and after each transportation, the agricultural belt will be carefully inspected to check for signs of wear and damage. Once slight wear is found, it will be repaired in time, such as applying special repair glue or sticking wear-resistant patches to prevent further wear. Clean the agricultural belt regularly to remove dust, sand and other debris attached to the surface, which will aggravate the wear of the agricultural belt during transportation. Through regular maintenance, potential problems can be discovered and dealt with in a timely manner, the service life of the fire fighting agricultural belt can be extended, and it can be ensured that it always maintains a good protective state during transportation.
