Products video
Products Description
|
Brand |
Width |
Model |
Capacity |
Cutting Depth |
|
CAT |
4860 mm |
D10T |
18.5m³ |
674mm |
We supply all models of D10T Blade If you need to know other models, please contact us.
|
Product Name |
Blade |
|
Origin |
United States |
| Model | D10T |
|
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
D10T Bulldozer Information
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Engine Model：C27 ACERT
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Engine Power：482kW
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Max Speed - Forward：12.7km/h
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Max Speed - Reverse：15.8km/h
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Operating Weight：66451kg
Standard Blade
| Width | 4860mm |
| Height | 2120mm |
| Capacity | 18.5m³ |
| Cutting Depth | 674mm |
| A |
Length W/ Blade |
9260 mm |
| B | Width Over Tracks | 3160 mm |
| C | Height To Top Of Cab | 4078 mm |
| D | Length of Track On Ground | 3855 mm |
| E | Ground Clearance | 663 mm |
| F |
Length W/O Blade |
5331 mm |
| G | Track Gauge | 2550mm |
| H | Standard Shoe Size | 610mm |
Ground Contact Area |
4.7m² | |
Number Of Track Rollers Per Side |
8 |
Products Description
Efficient mining capabilities:
CAT SU Blade adopts optimized hydraulic system and power distribution technology, combined with high torque engine output, to achieve fast and precise excavation.
Its unique blade geometry design reduces soil resistance, making the single excavation volume larger and the cycle time shorter, and the efficiency is improved by 15%-20% compared with similar products, which is especially suitable for large-scale earthwork and mining scenarios.
Compatible with various blade models:
Provide three series of blades: standard type (SU), semi-U type (SU-H) and widened type (SU-W), covering all working conditions from loose soil to hard rock:
Standard type (SU): highly versatile and suitable for conventional earthmoving operations;
Semi-U type (SU-H): optimizes lateral force and improves crushing and stacking capabilities;
Widened type (SU-W): Increases the contact area of the blade and reduces the pressure per unit area, suitable for wetlands or soft soil foundations.
Users can flexibly select models according to working conditions to achieve multiple uses of one machine.
Adjustable blade angle:
CAT SU Blade is equipped with a multi-level hydraulic adjustment system, which supports stepless adjustment from 0° to 30° and can match different operation requirements in real time:
Tilt angle adjustment: to achieve precise leveling and slope trimming; Lateral angle adjustment: adapt to narrow space operations and reduce the number of equipment moves;
Automatic compensation function: dynamically adjust the angle according to the load to ensure operation stability.
Through precise control, the rework rate can be reduced and the overall construction accuracy can be improved.
Moderate blade width:
The standard blade width is 4.5 meters (customizable up to 5.2 meters), achieving a balance between large workload and equipment maneuverability:
Efficient operation: large coverage area per time, reducing the number of round trips;
Flexible steering: The narrow body design reduces the turning radius and is suitable for narrow construction sites or complex terrains;
Modular expansion: Optional extension sections can be added to quickly increase the blade width to meet special needs.
Powerful bulldozing force:
CAT SU Blade is equipped with 1800kN hydraulic bulldozer and low-speed high-torque transmission system, which can output 320kN continuous thrust and can easily cope with various working conditions:
Hard rock formations: breaking rocks by high impact force;
Frozen soil: Maintaining efficient operation in low temperature environments;
Wetlands and swamps: High buoyancy design prevents the vehicle from getting stuck.
The combination of four-wheel drive and differential lock ensures stable driving in complex terrains such as mud and sand.
Work Scene
Airport construction application scenario case
Model advantages:
Model advantages: The Caterpillar D10T SU (semi-universal) bulldozer is equipped with a highly wear-resistant SU blade, designed specifically for rock, hard soil and mixed materials.
Combined with a 1033kW (1400 horsepower) engine and an enhanced drive chain, it can achieve efficient rough leveling, fine leveling and material handling operations in airport construction.
Its unique blade surface optimization design, combined with the adjustable side edge angle, achieves minimum resistance and maximum stability during material transportation.
Runway foundation leveling:
Scenario: The second phase of an international airport project requires rough leveling of the 3.5-kilometer runway foundation, with a flatness error of ≤±5cm.
Application: CAT SU Blade operates in a "sawtooth" bulldozing mode. The hardened layer on the edge of the blade is combined with the automatic tilt adjustment function to achieve a surface error of ≤3cm after three layers of bulldozing, shortening the construction period by 18 days.
Vegetation and obstacle clearing:
Scenario: There are dense bushes and abandoned concrete blocks in the construction area, which need to be quickly cleared to establish a drainage system.
Application: The crushing tooth accessory at the front end of the CAT SU blade is activated to push vegetation at a speed of 6 km/h. Combined with the "scraper-type" design at the bottom of the blade, roots and stones are crushed simultaneously, improving the site clearing efficiency by 40% and avoiding secondary blasting operations.
The apron surface is leveled:
Scenario: The apron needs to handle 200,000 m³ of gravel mixture, and the bearing capacity after compaction is required to be ≥120 kPa.
Application: The D10T blade adopts the "layered stepped" paving method, using the angled design of the CAT SU Blade's side wings to evenly spread the mixture to a thickness of 30 cm, and cooperates with a vibratory roller to form it in one go, reducing the amount of rework and repair by 15%.
Taxiway bulldozing:
Scenario: To build a new taxiway, it is necessary to remove 0.8m thick soft soil from the surface and construct a drainage surface with a slope of 1:50.
Application: With the automatic slope control system enabled, the CAT SU Blade cuts soft soil in a zigzag trajectory, and the laser leveler is used to adjust the blade angle in real time. The rough contour of a 1,200-meter taxiway was completed within three days, with the error controlled within ±1%.
Terminal building foundation leveling:
Scenario: The terminal area needs to handle miscellaneous fill containing construction waste, and the foundation elevation error is required to be ≤2cm.
Application: The D10T SU blade is equipped with a GPS navigation system and operates with a "grid" dozing strategy. The hydraulic floating function of the blade automatically adapts to the undulations of the ground, and the final flatness reaches the airport construction standard.
Cleaning up stagnant water:
Scenario: During the rainy season, water accumulates in the construction area to a depth of 0.6m, and the work surface needs to be quickly restored.
Application: The drainage trough design at the rear of the CAT SU Blade is used to push water horizontally to the drainage channel at a speed of 8km/h, with a water treatment capacity of 450m³ per hour. The guide plates on the side wings of the blade can be used to prevent sludge backflow.
Leveling of perimeter foundation:
Scenario: The airport perimeter needs to construct a 0.8m wide foundation trench along the curved terrain, and the working space is narrow.
Application: The D10T SU blade uses the "crab mode" to accurately cut in a 3m wide area through differential steering. The vertical baffles on the blade flanks prevent material from spilling sideways, and the groove straightness error is ≤5mm.
Comprehensive value:
Improved efficiency: The wear-resistant characteristics of SU blade reduce downtime for maintenance, and its adaptability to all working conditions avoids frequent equipment switching.
Cost control: The automation function reduces the skill requirements of operators and reduces material waste caused by over-excavation/overfilling.
Compliance assurance requirements for airport runway geometry.
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
FAQ about the product
How much does it cost to maintain a CAT SU blade?
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The maintenance cost of the CAT D10T SU blade is affected by many factors, including the frequency of use of the equipment, the working environment, the maintenance method, etc. Here are some key points:
Reduced maintenance costs: According to data, CAT blades have reduced maintenance and repair costs by about 8% through improved technology, such as extending component life and increasing serviceability.
Fuel Efficiency: New technologies such as load-sensing hydraulics and torque converter design improve fuel efficiency and reduce fuel consumption, which indirectly reduces maintenance costs.
Maintenance design: CAT blades are designed with an emphasis on ease of maintenance, such as providing an easily accessible cooling system, increased oil sump capacity, etc. These designs reduce maintenance time and costs.
Specific amount: Since maintenance costs are affected by many factors, the specific amount needs to be determined based on the actual use of the equipment and maintenance strategy. It is recommended to consult a local Caterpillar dealer for a more accurate maintenance cost estimate.
What energy-saving measures does the D10T blade have during operation?
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The D10T blade uses a variety of energy-saving measures in operation to improve fuel efficiency and reduce energy consumption. The following are the specific measures:
Stator Clutch Torque Converter: Automatically releases the stator when torque multiplication is not required at low loads, improving powertrain efficiency and reducing fuel consumption.
Load-sensing hydraulic device: distributes hydraulic power according to actual needs, reducing unnecessary energy consumption and improving fuel efficiency.
Single-sided cooling system: By optimizing the cooling design, heat loss is reduced and the cooling core is easy to clean, further improving the fuel efficiency of the equipment.
Power Management: The C27 engine automatically switches power settings depending on the direction of travel, ensuring efficient use of fuel.
High Power Reverse: Increases overall productivity by increasing reverse power, speeding up non-productive travel speeds and reducing cycle times.
Optimized Fuel Efficiency: Design improvements to the D10T blade improve its fuel efficiency by approximately 4% over the previous generation while also reducing noise levels.
What are the benefits of the single-sided cooling system of the D10T blade?
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The single-sided cooling system of the D10T blade provides the following benefits: Reduce heat loss: The single-sided cooling system reduces heat loss through optimized design, thereby improving the fuel efficiency of the equipment. Easy to clean the cooling core: The design of the single-sided cooling system makes it easier to clean the cooling core, reducing maintenance time and costs. Improved Fuel Efficiency: By reducing heat losses, single-sided cooling systems help improve the overall fuel efficiency of the equipment, thereby reducing operating costs. Extended component life: Reducing heat loads helps extend the life of critical equipment components and improves equipment durability. Easy maintenance: The design of the single-sided cooling system makes the maintenance of the cooling system more convenient, further reducing the complexity and time of maintenance.
What are the emission control technologies of D10T?
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D10T's emission control technology mainly includes the following aspects:
ACERT™ Technology: Reduces nitrogen oxide (NOx) emissions while minimizing in-cylinder smoke through optimized piston, piston ring, liner and fuel system configuration.
NOx Reduction System: Captures and cools a small amount of exhaust gas before routing it to the combustion chamber to lower combustion chamber temperatures, thereby reducing NOx emissions.
Diesel Oxidation Catalyst (DOC): uses a chemical oxidation process to change the composition of exhaust gas to meet emission standards.
MEUI™-C Fuel System: Further reduces NOx emissions while improving fuel efficiency by precisely controlling fuel flow.
Exhaust Gas Recirculation (EGR) system: reduces the oxygen content of the mixture in the cylinder, thereby lowering the combustion temperature and inhibiting the generation of NOx.
These technologies work together to enable the D10T SU blade to meet stringent emission standards such as U.S. EPA Tier 4 Final and EU Stage V while maintaining efficient operation.
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