Performance &Reliability

Choosing the right track rubber pads involves considering several factors to ensure optimal performance and cost-effectiveness. Here are the key elements to consider:

Type of Machine: The type of machine—whether it’s a standard excavator, compact track loader, or specialized asphalt milling machine—dictates the required track pad design. Pads for excavators might differ in size and compound from those used on milling machines due to differences in weight and function.

Terrain and Surfaces: The typical terrain and surfaces the machinery will encounter play a crucial role in selecting track pads. Softer pads are often best for delicate surfaces to prevent damage, while more robust designs might be necessary for rough, abrasive terrains like dirt and gravel. Additionally, consider the level of traction needed for your application.

Costs: Evaluate both upfront costs and long-term implications. While high-quality track pads might come with a higher price tag, they often offer better durability and performance, reducing labor costs and the frequency of replacement. Warranty terms should also be considered to ensure protection against premature wear.

Track pads, particularly rubber track pads, are essential components for heavy construction machines using steel track shoes like excavators and bulldozers. They are designed to optimize performance and safety. Key advantages include:

Protection Against Steel Track Damage: Track pads, especially those made from durable compounds, protect delicate surfaces such as asphalt, concrete roads, curbs, sidewalks, and grassy areas from the potential damage caused by steel tracks. This makes them ideal for urban or residential areas where infrastructure protection is crucial.

Reduced Noise and Vibration: High-quality track pads minimize noise and vibration, which is crucial for maintaining peace in noise-sensitive areas and reducing unnecessary wear on machinery.

Enhanced Traction on Varied Surfaces: Rubber tracks and track pads provide superior traction on unstable or slippery surfaces, which is vital for maintaining efficiency and safety in challenging environments.

Extended Wear Time: By buffering the harsh contact between heavy equipment and the ground, track pads extend the maximum wear time of both the tracks and the terrain. This ensures long-term cost savings and less frequent replacements.

Choosing between bolt-on pads, chain-on pads, and clip-on track pads depends on the specific requirements of your construction machinery and project needs.

Bolt-on rubber pads, which are screwed onto the track plates, offer an extremely durable solution for intensive use. Their design allows for easy assembly and disassembly, making it convenient to adapt the machine quickly to various surfaces. This secure attachment enhances their resistance to tough conditions.

Chain-on rubber pads, mounted directly on the chain, distribute weight and wear evenly along the track. Known for their durability and suitability for intensive use, these pads combine robust performance with straightforward maintenance. They also provide comprehensive protection by enclosing the steel portion of the tracks with rubber, shielding them from side impacts.

Clip-on rubber pads, clamped around the plate, offer a cost-effective and flexible solution. Easier and quicker to assemble and disassemble compared to bolt-on pads, they are ideal for operations requiring frequent changes between different job types. Their ability to be mounted on existing plates enhances their versatility.

It depends on ground conditions, working application and hours worked. For general use on roads, you could expect 3-4 years but with coarse ballast material such as rail maintenance 1-2 years.

Our customer service team will ensure they check the track size for your machine using our extensive machine cross reference. They will then ensure they confirm the track size matches what it currently on the machine. If for some reason an error is made, you will be able to swap the track out hassle free.

Rubber track pads require regular maintenance to ensure they remain in good condition. This includes cleaning them regularly to remove dirt and debris, checking for signs of wear and tear, and replacing them when necessary. Consistent maintenance helps extend the lifespan of the pads, ensuring they continue to provide optimal performance and protection for your machinery.