Rubber track segments are tracks made of rubber and frame materials, widely used in construction machinery, agricultural machinery, and military equipment. Rubber tracks cause virtually no damage to the ground. They are lightweight, easy to disassemble, and resistant to corrosion even when exposed to water. Rubber tracks consist of a rubber belt embedded with a certain number of metal components and galvanized steel cables, forming a track-type running mechanism. They feature high speed, low noise, minimal vibration, strong driving power, reduced ground damage, low ground pressure, and light vehicle weight.
　　Rubber track pads are primarily used in specialized environments such as heavy tanks and infantry fighting vehicles, where they serve to protect the ground surface! Rubber track systems feature low noise levels, minimal vibration, and a comfortable ride—making them particularly well-suited for areas requiring frequent changes in direction and ensuring excellent performance across all types of terrain. High-quality, reliable instrumentation and machine condition monitoring systems provide a dependable guarantee for the controller’s accurate operation. In addition to defense applications, rubber track pads are widely used in large-scale machinery, including tracked vehicles like excavators, where they perform the same essential functions and deliver comparable benefits. Rubber track pads, also known as rubber track blocks or rubber track plates, are rubber components installed in the undercarriage systems of construction machinery to safeguard infrastructure. They consist of a metal skeleton encased in rubber, which has been vulcanized at high temperatures. The assembly includes a rubber body, seamless steel tubing, straight-end brackets, and L-shaped end brackets. The strip-shaped rubber body is wrapped around the outer surface of the seamless steel tubing that runs through the rubber track. One end of the rubber track pad’s rubber body is angled upward, while the other end features an L-shaped design. The straight-end brackets are attached to the rubber body via screws on the outer side of the angled ends of the steel tubing, and the L-shaped end brackets are directly welded onto both sides of the rubber body at the L-shaped ends of the track pad. Rubber track pads are mainly used in excavators, backhoe loaders, crawler cranes, and other construction machinery chassis components.
　　Every item has its own purpose and meaning. In our daily lives, there are many essential items and products. Similarly, in industrial applications, numerous pieces of industrial equipment play crucial roles across various fields—and rubber track pads are no exception. Today, let’s take a closer look at how to use rubber track pads.
　　The rubber track blocks are directly installed onto train tracks or iron track plates by simply replacing the existing components. The rubber portion of the track blocks is in contact with the ground, thereby protecting road infrastructure. In recent years, with the rapid development of municipal road construction projects, the requirements for road engineering have become increasingly stringent. As urban areas flourish and emergency rescue operations become more frequent, the demand for construction machinery and equipment used in disaster relief and emergency response continues to rise. With the growing number of urban quality improvement projects and the increasing public awareness of environmental protection, driven by overseas concepts and regulations, rubber track blocks have also found widespread application in construction machinery and equipment.
　　Does not damage the ground: Rubber track pads cause less damage to roads and urban infrastructure than steel tracks.
　　Low application and operating costs: During construction, if damage occurs, it typically involves a single component. If only a specific item needs to be replaced rather than the entire assembly, the associated costs are relatively low.
　　High interchangeability: Rubber track pads can be easily and readily installed onto the train tracks within the track system to replace old train tracks.
　　Low vibration: The rubber track pads feature elastic shock absorption, which can extend the equipment's service life and reduce driver fatigue.
　　Therefore, rubber track pads have been widely used in: construction machinery equipment (such as excavators, exploration machinery, vertical drilling rigs, asphalt pavers, and earthmovers), as well as military equipment (such as heavy tanks, explosion-proof vehicles, and specialized fire safety modules).