Applications and Operating Environments of Rubber Track Shoes

Rubber track pads are annular belts made of neoprene rubber, glass fiber cords, and nylon elastic fabric, driven by a synchronous belt network. They feature low ground pressure, high traction, minimal vibration when climbing stairs, low noise levels, excellent performance on wet surfaces, resistance to pavement damage, and fast travel speeds. Rubber track pads are primarily used in various intelligent tracked robots—including industrial robots, specialized operation robots, service robots, and micro-robots—to perform tasks such as locomotion, obstacle crossing, and stair climbing.

Rubber track pads are a critical component of excavator undercarriage systems.

The tread-side rubber prevents mechanical damage and early deterioration of the belt body, transmits the driving and braking torque from the vehicle to the ground, and absorbs vibrations generated during the movement of the rubber track segments. The running surface of the tread-side rubber consists of tread blocks and grooves with various patterns, including parallel, single-ladder, double-ladder, and herringbone designs. The selection of tread-block types and their corresponding height designs should be based on the principle of meeting geological conditions and optimizing traction efficiency, while also taking cost considerations into account. The structural design should minimize stress concentrations, enhance crack resistance, reduce the ingress of gravel and sand into the tread blocks—which can cause premature rubber degradation—and ensure excellent wear resistance, puncture resistance, tear resistance, prevention of block shedding, flexural resistance, and resistance to aging.

How to Use Rubber Track Blocks

Every single thing has its own intrinsic value, and in our daily lives, there are many items and products that we simply can't do without. Similarly, in the industrial sector, numerous pieces of machinery play crucial roles across various fields—and rubber track pads are no exception. Today, let’s talk about how to use rubber track pads.

Rubber track blocks are tracks made of rubber and frame materials.

Rubber track pads 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.

The development prospects of rubber track pads

Items like rubber track pads are essentially industrial products used in various industrial applications. Most people have never seen or heard of them. I’d say they’re not particularly common in everyday life. However, in the industrial sector, these items play an irreplaceable role. Therefore, when using them, it’s crucial to have a clear understanding of their composition. Let’s dive in and learn more about them together now.

Installation Method for Excavator Rubber Track Shoes

The operating temperature range for rubber track pads typically falls between -25°C and 55°C. Chemical substances in seawater, automotive engine oil, and salt can accelerate the aging of the tracks. After use in such environments, it is essential to clean the track pads thoroughly. Road curbs, asphalt surfaces, or uneven road sections can also cause cracks in the tread patterns of the track tires at the edges of the runway. As long as there is no damage to the external seamless steel pipes and steel components, the tracks can continue to be used normally.