Products video
Products Description
|
Brand |
Width |
Model |
Capacity |
Cutting Depth |
|
CAT |
4860 mm |
D10N |
17.2m³ |
674mm |
We supply all models of D10N Blade If you need to know other models, please contact us.
|
Product Name |
Blade |
|
Origin |
United States |
| Model | D9N |
|
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 |
1000 PCS/Month |
|
Minimum Order Quantity |
1 PC |
|
Material |
High strength wear resistant 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 |
Product Information
D10N Bulldozer Information
-
Engine Model：3412
-
Engine Power：387kW
-
Max Speed - Forward：12.5km/h
-
Max Speed - Reverse：15.6km/h
-
Operating Weight：57410kg
Standard Blade
| Width | 4860mm |
| Height | 2050mm |
| Capacity | 17.2m³ |
| Cutting Depth | 674mm |
| A |
Length W/ Blade |
7760 mm |
| B | Width Over Tracks | 3300 mm |
| C | Height To Top Of Cab | 4240 mm |
| D | Length of Track On Ground | 3870 mm |
| E | Ground Clearance | 615 mm |
| F |
Length W/O Blade |
5590 mm |
| G | Track Gauge | 2250mm |
| H | Standard Shoe Size | 610mm |
Ground Pressure |
119.12Pa | |
Ground Contact Area |
4.74m² | |
Number Of Track Rollers Per Side |
8 |
Product Advantages
Rugged and durable, highly applicable
Meet the diversified needs of various industries such as construction, mining, agriculture, forestry, etc.
High-strength steel:
The main body of the CAT D10N blade is made of high-strength alloy steel. This steel has undergone a precision heat treatment process, and its molecular structure is more compact, which can withstand huge tension and impact forces in high-load operating environments such as mines and quarries.
Whether facing hard rock layers or frequently pushing heavy materials in gravel fields, the main body of the Semi U blade always maintains a stable structure, effectively preventing deformation and crack expansion, and ensuring reliability for long-term operations.
Wear-resistant material:
CAT blade and scraper surface adopts laser cladding technology to form a wear-resistant layer with a thickness of ≥5mm. This wear-resistant layer can effectively resist the wear of high-hardness materials such as sand, gravel, slag, etc.
Compared with the traditional surfacing process, laser cladding technology makes the wear-resistant layer more firmly bonded to the substrate, without the risk of delamination, significantly extending the service life of the blade, especially suitable for highly abrasive working conditions, such as pushing and hauling operations in open-pit coal mines or gravel fields.
Intelligent monitoring:
The CAT Semi U blade has a built-in high-precision sensor that can monitor load changes in real time and optimize hydraulic distribution through an intelligent control system. When the blade is subjected to overload pressure, the system automatically adjusts the hydraulic flow and pressure to prevent overheating or damage to the hydraulic system. For example, when pushing on steep slopes or digging with heavy loads, the intelligent load monitoring system can dynamically adjust the blade angle and thrust to ensure maximum operating efficiency while protecting the equipment from overload damage.
Multi-point support:
The number of connection points between the CAT blade and the bulldozer has increased to 6, and a multi-point support system design is adopted. By increasing the number of connection points, the force of the blade is evenly distributed to the bulldozer chassis, reducing the risk of single-point overload and improving the control accuracy of the blade. In complex terrain or high-load operations, the multi-point support system can significantly reduce fatigue damage at the connection parts, extend the service life of the equipment, and ensure operational efficiency and safety.
Anti-deformation design:
The blade main beam adopts a closed box structure, which is designed through precision welding and geometric optimization.
This structural design enables the main beam to evenly disperse stress and avoid local overload when it is subjected to huge bending force. In heavy-load pushing operations in mines or construction sites, the box-type main beam can effectively resist material impact and ground reaction force, ensuring the stability and durability of the overall structure of the blade.
Low temperature resistance:
The material toughness of the CAT Semi U blade has been optimized.
This impact toughness design ensures that the blade can withstand frequent impacts without brittle fracture when operating in extremely cold areas or frozen soil.
Whether it is breaking ice or pushing heavy objects in frozen soil, the blade can maintain stable performance, greatly reducing the risk of equipment failure caused by low temperature.
Work Scene
Urban greening:
In the construction of urban parks or green belts, the Semi U blade can efficiently complete the tasks of land leveling and landscaping. Its precise hydraulic control system and powerful thrust enable it to easily level irregular terrain and build various landscaping shapes, such as flower beds, ramps and small artificial hills. The flexibility and stability of the blade ensure efficient operation in a small space, while its low noise design reduces interference with the surrounding environment.
River Desilting:
In river management, CAT blades can clean riverbed sediments and widen river channels. Its powerful digging ability and impact-resistant design enable it to effectively remove silt and hard sediments from the riverbed. The blade's wear-resistant layer surfacing technology ensures durability in highly abrasive environments, while its intelligent load monitoring system optimizes the efficiency of dredging operations and reduces equipment wear.
Landfill Management:
In the daily management of landfills, the Semi U blade can efficiently complete the tasks of bulldozing and covering the soil layer. Its powerful thrust and stable structural design enable it to operate flexibly in complex garbage piles, ensuring the uniform distribution and compaction of garbage. The blade's anti-rollover protection and overload warning functions further improve the safety of operations on uneven terrain.
Emergency rescue:
In emergency rescue operations after natural disasters such as earthquakes and floods, the Semi U blade can quickly clear rubble and open rescue channels. Its powerful thrust and emergency brake enable it to operate efficiently in complex terrain and quickly clear obstacles. The blade's anti-rollover protection and blind spot monitoring system ensure safety during rubble clearing, providing reliable protection for rescue work.
Special working scenarios
In desert projects, Semi U blade prevents sand flow in a variety of ways to ensure the stability and safety of the project:
Straw Grid Sand Barrier:
Semi U blade can be used to lay straw grid sand barrier, which is a common method of sand fixation. Straw grid sand barrier effectively prevents sand dune movement by reducing wind speed and intercepting wind and sand flow.
Windbreak fence:
The D10N blade can assist in setting up windbreak fences. These fences are usually set up on the upwind side of the dunes. By slowing down the wind speed, the wind-blown sand accumulates at the fences, thus protecting the project area from wind-blown sand erosion.
Dune shaping:
CAT blades can be used to shape dunes and reduce wind erosion of sand. By flattening the top and slope of the dune with a Semi U blade, the blade can change the shape of the dune and reduce the impact of wind and sand activities on the project.
Geotextile reinforcement:
The D10N blade can be used with geotextiles to reinforce the surface of the roadbed or engineering area. Geotextiles can effectively prevent wind and sand erosion, while providing a stable working platform and reducing the mobility of sand.
STONE Brand
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
F & Q
Some questions and answers about CAT D10N scraper
Q:How to adjust the loosening depth of CAT D10N bulldozer?
A:Hydraulic system adjustment:
The depth adjustment of the ripper usually relies on the bulldozer's hydraulic system. The cutting depth of the ripper can be adjusted by controlling the lifting and lowering of the hydraulic cylinder. The operator can precisely control the extension and retraction of the hydraulic cylinder through the control panel or joystick in the cab to adjust the ripping depth.
Q:Does the blade tilt angle have a big impact on the loosening depth?
A:Direct impact:
The tilt angle refers to the acute angle between the blade and the ground in the vertical plane. Increasing the tilt angle will cause the front end of the blade to rise and the rear end to sink, thereby increasing the depth of the ripper's penetration into the soil. Conversely, decreasing the tilt angle will cause the front end of the blade to sink and the rear end to rise, reducing the ripping depth.
Effect of soil type:
For soft soil, a larger tilt angle helps the ripper cut deeper into the soil and improves the efficiency of ripping. However, for hard soil or rock, too large a tilt angle may make it difficult for the ripper to cut in, or even damage the equipment. Therefore, the tilt angle needs to be adjusted according to the hardness of the soil.
Operation efficiency:
The appropriate tilt angle can optimize the cutting depth of the scarifier, reduce the energy consumption and wear of the bulldozer, and improve the working efficiency. For example, when bulldozing Class I soil, the shovel angle should be adjusted larger; while when bulldozing Class II and III soil, the shovel angle should be appropriately adjusted smaller.
Q:What are the requirements for bulldozer tilt angles for different soil types?
A:Soft soil
Features: Soft soil is loose and easy to cut.
Tilt angle requirements: The blade tilt angle can be increased, usually between 60° and 65°, which can increase the blade's cutting depth and improve work efficiency.
Hard soil
Features: Hard soil is hard and difficult for a shovel to cut into.
Tilt angle requirements: The blade tilt angle should be appropriately reduced, generally between 52° and 57°, to reduce soil cutting resistance and avoid blade difficulty in cutting or damage.
sand
Features: Sand particles are large, have greater friction, and are easy to scatter.
Tilt angle requirements: The blade tilt angle should be moderate, generally between 55° and 60°, which can both ensure the soil cutting effect and prevent sand and soil from scattering from both sides of the blade.
clay
Features: Clay is highly viscous and easily adheres to the blade.
Tilt angle requirements: The blade tilt angle should be appropriately reduced, generally between 50° and 55°, to reduce the adhesion of clay to the blade while ensuring smooth soil cutting.
Mixing the soil
Characteristics: Mixed soil contains a variety of soil types and has complex properties.
Tilt angle requirements: Adjust according to the hardness and viscosity of the soil, usually between 52° and 60°, to adapt to different soil characteristics and ensure operating efficiency and equipment safety.
Q:How to prevent blade damage when working on hard soil?
A:Choose the cutting method: For straight bulldozers that cannot adjust the blade angle, you can push some pad soil first and let one side of the track go up, so that the bulldozer is in an inclined position with one side high and the other side low, so that the blade head can easily cut into the hard soil.
Control the operating speed and load: When the bulldozer is working on hard soil, it should maintain an appropriate speed to avoid excessive force on the blade due to excessive speed. At the same time, pay attention to controlling the amount of bulldozing to avoid overloading.
Avoid impact and collision: During bulldozing, try to avoid impact and collision between the shovel and hard objects or obstacles on the ground. If you encounter large clods of soil or stones, loosen or remove them first.
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