Product Description
Paver track is the key component of paver movement. The power system transmits power to the track's driving wheel, which engages with the track chain to drive the track to rotate. Due to the friction generated by the track contact with the ground, this friction can push the paver forward or backward, so that the paver travels in accordance with the predetermined route and speed during the paver operation.
When encountering a certain slope of the road surface, the traction function of the track can ensure that the paver climbs or descends stably, and will not slide or lack of power because of its own weight and material weight. For example, in the construction of mountain roads or the construction of some parking lots with slopes, the traction role of paver tracks is crucial to the smooth completion of paving operations.
Product parameters
| specification | Brand and model |
|---|---|
| 16" x 6" x55 RPL | Roadtec-185 |
| 18.5" x 6" x55 PWR | Roadtec-195 |
| 18" x 6" x 53 DY | Dyanpac F800T/ F1000T |
| 18.5"x 6" x 53 PFC | CAT AP1055 |
Product Display
The paver's power system transmits power to the drive wheels, which turn and drive the tracks. Because the track is a ring structure, and under the synergistic action of the guide wheel, the support wheel and the support wheel, the circular movement can be realized. When the track moves, it creates friction with the ground, and this friction pushes the paver forward or backward. During the paving operation, the paver's spiral distributor distributes the material evenly in front of the ironing plate, and then spreads and compacts the material through the ironing plate. The stable movement of the track ensures the continuity and uniformity of the paving process.
The pavers themselves are heavy, and they also carry a large amount of materials, such as asphalt mixture or cement concrete, during the working process. The weight support wheel of the track is evenly distributed on the track, transferring the weight of the paver and the weight of the material to the track, and then dispersed to the ground by the track. This support ensures that the paver can maintain a stable structure during the working process and will not sink into the ground due to the concentration of weight.
Application Cases
Crawler pavers are capable of working in a variety of complex environments. In muddy road construction, the track can maintain forward power and stability in the mud through its own structural characteristics and possibly equipped with rubber shoes; In the high temperature asphalt paving environment, the metal parts of the track can withstand high temperatures, and through good heat dissipation design (such as heat dissipation by contact with the ground) to ensure that their own performance is not affected; In the construction site with a certain amount of dust and impurities, the sealing and robustness of the track is enough to prevent dust and impurities from entering the key components and ensure the normal operation of the paver.
Company Introduction
Tate Rubber is a professional manufacturer of rubber parts for the chassis of construction machinery and agricultural machinery. We are committed to providing our customers with professional technical services, quality products and timely and thoughtful service to help them achieve success in their respective fields.
For OEM customers, Tate's excellent technical team provides one-stop technical support. Customers can either use our existing specifications or customize according to their needs. During the design process, we fully communicate with the customer's technical team, design the structure of the track according to the customer's chassis frame and wheel train selection, and design the rubber formula according to the weight, speed and working conditions of the machine. This not only ensures a good match between the chassis and the track, but also ensures the stable and reliable performance and quality of the product.
Service
- Customized design: According to the needs of different customers, research and development and design of specific specifications and performance of rubber tracks. For example, in order to adapt to different types of construction machinery, agricultural machinery, etc., rubber tracks of different sizes, patterns and strengths are designed to meet the requirements of customers in various working conditions.
- Quality control: Establish a strict quality inspection system, from raw material procurement, production and processing to finished products, the whole process of quality control. For example, the hardness, tensile strength, wear resistance of rubber, as well as the strength and toughness of skeleton materials are tested to ensure that products meet relevant standards and customer quality expectations.
