Product Vidio
Main specification parameter for Track Roller Double Flange
|
Brand |
Model |
Product Name |
Part Number |
Assembly Quantity |
Weight |
|
Caterpillar |
D11 |
Track Roller Double Flange | 1846306 | 1 |
201kg |
Compatible Equipment Models:1846306
| D11 | D11T | D11R |
We have many different types of Cat track assemblies for sale. Please contact us for other types of track assemblies.
Product Details
|
Product Name |
Track Roller Double Flange |
|
Part Number |
1846306 |
| Diameter | 321mm |
|
Track Pitch |
317.5mm |
|
Origin |
United States |
| Model | D11 |
| Quality Assurance | 6-12 Month |
|
Price |
Negotiable |
| Brand Name | STONE |
|
Packing Details |
Standard Export Packing |
|
Delivery Time |
0-30 Days |
|
Payment Term |
L/C, T/T |
|
Price Term |
FOB, CIF, CFR |
|
Supply Capacity |
500 PCS/Month |
|
Minimum Order Quantity |
1 PC |
|
Material |
High Quality Steel |
|
Technology |
Precision Machining |
|
Surface |
Treatment Anti-Corrosion Coating |
|
Quality |
Original Factory Standard |
|
After-Sales Service |
Full Support, Online Service |
|
Color |
Standard Caterpillar Yellow or Customizable |
|
Application |
Bulldozer |
|
Customizable |
including customized materials, surface treatment and specifications |
Reduce energy consumption
Stable support
The supporting effect of the track roller double flange significantly improves the stability of the equipment and reduces the shaking and unnecessary friction of the bulldozer during operation. This stable support helps the effective transfer of energy and reduces ineffective energy loss.
Reduce sliding
The double flange track roller design greatly improves the grip performance, making the bulldozer more stable and less likely to slip when operating on rugged and complex terrain. Reducing sliding means reducing friction losses, thereby effectively reducing energy consumption.
Efficient transmission system
The track roller bulldozer is highly matched with the power system of the bulldozer and is designed to reduce resistance loss in power transmission. The bulldozer requires less power when traveling and working, allowing the machine to operate efficiently while consuming less fuel.
Shock absorbing design
The shock-absorbing design of its structure effectively buffers the vibration of the equipment under high load conditions. This not only reduces repeated impacts to the engine, but also reduces the energy consumption of the equipment during operation, making the operation more efficient and smooth.
Optimize power requirements
Because it effectively reduces the load and resistance during operation, the bulldozer's power system can maintain operation at a lower fuel consumption level. The overall design optimizes the power demand and makes the equipment more energy-saving, especially during continuous operation. The energy-saving effect is particularly significant.
Reduce engine load
The stable structure reduces the burden on the engine and reduces excessive demand for power output. The engine runs under low load conditions, which not only reduces fuel consumption, but also extends the service life of the engine, further reducing maintenance frequency and total energy consumption.
High safety
Stable support system
The double flange design provides a larger contact surface and stability, ensuring that the bulldozer is not easy to overturn or lose balance during operation. This stable support system can effectively disperse the load and improve the safety during operation, especially in complex and uneven terrain, reducing the risk of rollover and accidents.
Superior impact resistance
The track roller double flange structure has been carefully designed to have excellent impact resistance. This design can effectively absorb external impact forces and reduce the impact on equipment and operators. Whether on rugged construction sites or encountering obstacles, the double flange can maintain the integrity and stability of the equipment and ensure safe operation.
Vibration reduction system
The shock absorption design of the double flange track roller greatly reduces the vibration of the machine during operation, reduces the fatigue of the operator, and improves the comfort and safety of operation. Less vibration not only helps to maintain the stability of the equipment, but also reduces the impact on the operator and reduces the chance of accidents.
Optimized safety protection measures
The track roller bulldozer fully considers safety protection in its design and is equipped with multiple safety locks and protective devices to ensure the safe fixation of various parts of the equipment during operation. These measures effectively prevent the risk of the equipment loosening or falling off when working under high load, ensuring the safety of the entire operation process.
Low maintenance costs
- The track roller double flange is made of highly wear-resistant materials, which greatly reduces wear during heavy-duty operations. This means parts need to be replaced less frequently, reducing the cost of repairs and replacement parts. The wear-resistant design ensures that the equipment can still maintain good performance under long-term and high-intensity use conditions, reducing maintenance costs.
- The design pays attention to the convenience of maintenance. The structure of the double flange track roller is easy to disassemble and repair, simplifying the maintenance process, saving labor costs and time costs. Operators can perform routine inspections and maintenance more quickly, reducing equipment downtime and improving work efficiency.
- The stability and high-strength design of the track roller bulldozer effectively reduce the occurrence rate of equipment failure. Due to its solid structure, the bulldozer is less likely to break down during operation, thereby reducing the need for frequent maintenance and further reducing maintenance and labor costs.
- The high-performance structure not only improves the overall stability of the equipment, but also significantly extends the service life of the entire machine. Long life means that users can use the same equipment for a longer period of time, reducing the cost of frequent equipment replacement, thus achieving improved economic benefits in long-term operations.
- Its energy-saving design not only reduces energy consumption in daily operation, but also indirectly reduces additional maintenance costs caused by excessive energy consumption. Lower fuel consumption and energy consumption allow users to enjoy obvious economic benefits during operation, reducing the overall operating cost of the equipment.
warehouse
Our warehouse is an efficient and well-organized space designed to ensure safe storage and convenient management of all types of track roller double flange. The spacious interior of the warehouse and the well-organized shelves can accommodate various types and specifications of track rollers, which are convenient for quick access and replenishment of inventory. The precise identification system allows staff to quickly find the required parts. At the same time, the high-quality lighting conditions and dry environment protect the stored materials from rust or damage. In addition, the warehouse is equipped with security monitoring and temperature and humidity control equipment to ensure that all equipment is in the best condition, providing reliable guarantee for maintenance and management. The overall layout focuses on workflow, improves work efficiency, and makes daily management smoother.
STONE: Construction machinery parts expert in China
Stone (Shanghai) Engineering Machinery Co., Ltd. is a leading supplier of engineering machinery parts, focusing on providing high-quality parts for mining companies. Since its establishment in 2004, we have been based in Shanghai, China, and have built our own brand STONE, becoming a trusted choice in the industry. We are committed to providing a variety of parts including bulldozers, excavators and wheel loaders for well-known brands such as Carter and Komatsu. Our product line covers a full range of OEM parts, such as Track Chain, Track Rollers, Sprocket, Excavator Buckets, Blades, Excavator Cylinders, Swing Circles, and various electrical and hydraulic components to ensure that our customers' stringent requirements for quality and performance are met.
quality
years experience
service
hours warrant
FAQ
What is the difference between double flange and single flange?
1. Structural design
The design of double flanges usually has two flanges, located in the upper and lower positions, forming a larger contact area. Compared with the design of single flanges, double flanges can more evenly disperse the applied load and reduce stress concentration. This structure makes it more stable when bearing heavy loads.
2. Stability
Due to the structural characteristics of double flanges, their stability at work is usually better than that of single flanges. Double flanges can provide better support on complex and uneven terrain, reducing the risk of equipment tipping over or tilting. This advantage is particularly evident in high-load and high-impact environments.
3. Adaptability
The design of double flanges enables them to perform well in a variety of working environments. It can adapt to different terrains and working conditions, while single flanges are relatively weak in adaptability and may require additional modifications or adjustments to meet specific requirements. Therefore, double flanges are generally more flexible in engineering applications.
4. Maintenance convenience
In terms of maintenance, the structure of double flanges is usually more convenient for overhaul and replacement of parts. Operators can more easily access key components, thereby reducing downtime and maintenance costs. In contrast, the maintenance of single flanges may require more time and manpower, reducing overall work efficiency.
5. Safety
Double flanges are designed with safety in mind and are usually equipped with additional protective devices and structural reinforcement measures to reduce the risk of failure. Under extreme working conditions, double flanges can more effectively protect the safety of equipment and operators. The design of single flanges in this regard is relatively simple, which can easily lead to safety hazards.
6. Load capacity
Double flanges can withstand greater loads due to their optimized design. They are suitable for heavy engineering and extreme working environments. The load capacity of single flanges is relatively limited and suitable for light load applications. This difference in load capacity makes double flanges more widely used in heavy machinery.
7. Cost factors
Although double flanges have obvious advantages in performance and safety, their manufacturing and installation costs are usually higher than single flanges. When choosing, it is necessary to comprehensively consider the project budget and equipment requirements to determine the most suitable flange type.
8. Performance optimization
Double flanges can reduce friction and wear and improve work efficiency through their design and structural optimization. Especially in high-intensity operations, their superior performance makes operation smoother. Under high-load conditions, single flanges may reduce work efficiency due to increased friction.
9. Application Fields
Double flanges are suitable for various heavy engineering and mining operations, especially in situations where high load-bearing capacity is required, such as heavy machinery such as bulldozers and excavators. Single flanges are often used in light equipment or conventional operations and have a narrower scope of application.
10. Summary
In summary, there are obvious differences between double flanges and single flanges in terms of design, performance, adaptability, safety and maintenance convenience. Double flanges are suitable for more complex and high-load working environments due to their superior load-bearing capacity and stability. Single flanges have certain advantages in cost and simple applications. When choosing which flange to use, you need to make the best decision based on specific application requirements, budget and working environment.
How to distinguish double flange and single flange?
Appearance structure: Observe the shape and number of flanges. Double flanges are composed of two flange plates, usually presenting two upper and lower planes; while single flanges only have one flange plate and are simpler in shape.
Contact surface: The contact surface of double flanges is larger, which enables them to disperse the applied load more evenly, compared with the smaller contact area of single flanges, and the load distribution is not as uniform as the former.
Connection points: Check the connection design of the flanges. Double flanges usually contain multiple connection points, which enhances stability, while single flanges have fewer connection points.
Load capacity: Check the relevant technical specifications. Double flanges are designed with stronger load-bearing capacity and are suitable for heavy applications; single flanges are usually suitable for lighter loads.
Maintenance and overhaul: From a maintenance perspective, the design of double flanges usually makes it more convenient to overhaul and replace parts, while the maintenance process of single flanges may be more complicated.
Through these features, users can effectively distinguish between double flanges and single flanges in order to choose the right equipment for the job.
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