Product Video
Main specification parameter for Volvo 950 excavator bucket
|
Brand |
Model |
Product Name |
Bucket digging force |
Capacity |
Width |
|
Volvo |
950 |
bucket |
424 kN |
3.9-8.5m³ |
89960-94810kg |
Product Details
|
Product Name |
bucket |
|
Origin |
United States |
|
Brand Name |
STONE |
|
Model |
Volvo 950 |
|
Price |
Negotiable |
|
Delivery Time |
0-30 Days |
|
Payment Term |
L/C, T/T |
|
Price Term |
FOB, CIF, CFR |
|
Supply Capacity |
50,000 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 |
Excavator |
Volvo 950 Series
EC950 CN4 |
EC950 CN4 |
EC950EL |
STONE BRAND - Wear-resistant material
Bucket body material:
Volvo digging bucket is made of durable high-quality wear-resistant steel plate material, which has high strength and excellent wear resistance, and can effectively extend the service life of the bucket.
Thickening of key parts:
The bottom plate and side plates of the bucket are thickened to reduce the risk of deformation during heavy-load operation and improve the stability of the overall structure.
Reinforced blade and bucket teeth:
The blade adopts a reinforced design, which is more impact-resistant and improves cutting ability. The Volvo digging bucket teeth are made of wear-resistant materials, which reduces the frequency of replacement and reduces operating costs.
Wear-resistant guard plate:
The bucket is equipped with a wear-resistant guard plate to enhance the impact resistance and further protect the bucket from wear.
Corrosion-resistant coating:
The surface of the Volvo bucket is coated with a corrosion-resistant coating, which can effectively prevent moisture and chemicals from damaging the bucket.
STONE BRAND -Structural Optimization
Design features: Volvo 950 bucket optimizes geometric shape and adopts more reasonable arc and angle design, so that the Volvo digging bucket can collect and hold materials more effectively during excavation and loading.
Actual effect: This optimized design not only increases the loading capacity of the bucket, but also reduces material spillage during excavation, improving overall operating efficiency.
Design features: The bucket side panel adopts a streamlined design with a smooth surface and a certain inclination angle, which can effectively reduce the adhesion of materials on the side panel.
Actual effect: This design allows materials to slide more smoothly when the Volvo digging bucket is flipped and unloaded, reducing unloading time, improving work efficiency, and reducing wear caused by material adhesion.
Design features: Volvo uses advanced welding technology and high-strength welding materials to reinforce and weld key parts of the bucket. At the same time, the layout and structure of the welds are optimized to ensure the uniformity and firmness of the welds.
Actual effect: The enhanced welding process effectively reduces the risk of weld cracking, especially in high-intensity operations and high-impact environments, and can significantly extend the service life of the bucket.
Design features: The bucket ear is the key part of the connection between the bucket and the excavator. The Volvo 950 bucket has a reinforced Volvo digging bucket ear structure, using thicker steel plates and optimized geometry to enhance the connection strength.
Actual effect: This design not only improves the stability of the bucket during operation, but also reduces the safety hazards caused by loose connections, ensuring the efficient operation of the entire excavation system.
STONE BRAND - high performance
Optimize bucket tooth arrangement to improve digging force
The Volvo 950 bucket optimizes the arrangement of bucket teeth to enable it to cut into materials more effectively during digging, thereby significantly improving digging force. This design not only improves digging efficiency, but also reduces energy consumption during operation.
High filling rate design to increase single digging load
The bucket's cross-section and radius are optimized to achieve a higher filling rate. This means that the Volvo digging bucket can hold more material each time it digs, thereby increasing the single load and further improving operating efficiency.
Reduce digging resistance, reduce fuel consumption, and improve operating efficiency
The Volvo 950 bucket reduces digging resistance through optimized design, which not only reduces fuel consumption but also improves overall operating efficiency. Combined with an advanced hydraulic system, the bucket can complete more work in a shorter cycle.
Bucket types suitable for different working conditions(heavy, standard, etc.)
The Volvo 950 bucket is available in a variety of types, including heavy, standard, etc., to adapt to different working environments. For example, heavy-duty buckets are suitable for high-intensity excavation operations, while standard buckets are more suitable for loading conventional materials.
Quick-release design of bucket teeth for easy maintenance and reduced downtime
The Volvo digging bucket teeth are designed with quick release for quick replacement and maintenance. This design significantly reduces downtime and improves equipment availability and maintenance efficiency.
Reduce unloading residue, avoid material accumulation, and improve work efficiency
The streamlined design of the bucket and the optimized unloading angle effectively reduce the residual material during unloading. This not only avoids material accumulation, but also improves unloading efficiency, further improving overall work efficiency.
STONE BRAND - Adapt to different working conditions
General bucket, suitable for loose soil, sand and other working environments
Design features: The general Volvo digging bucket adopts standard geometry and moderate bucket tooth design, which can adapt to the excavation and loading operations of a variety of loose materials.
Application scenarios: Suitable for construction sites, road construction, municipal engineering and other scenarios, especially when handling loose soil, sand and light materials.
Advantages: The general bucket is highly flexible and can quickly switch work tasks, reduce the frequency of equipment replacement, and reduce operating costs.
Rock bucket, used in mines and high wear-resistant working conditions
Design features: The rock bucket is made of high-strength wear-resistant materials, and the bucket teeth and blades are reinforced to withstand high-intensity impact and wear.
Application scenarios: Mainly used in high wear-resistant working conditions such as mining, rock crushing, and quarries, especially suitable for excavating hard rocks and highly abrasive materials.
Advantages: The wear resistance and impact resistance of the rock Volvo digging bucket are significantly better than those of ordinary buckets, which can effectively reduce wear and replacement frequency and reduce maintenance costs.
Screening bucket, suitable for recycling and screening material operations
Design features: The screening bucket has a built-in screen or screen plate, which can screen the material on site and separate materials of different particle sizes.
Application scenarios: It is suitable for scenes such as construction waste recycling, mining material screening, soil improvement, etc., and can effectively improve material utilization.
Advantages: The screening Volvo bucket can reduce the cost of material transportation and processing, while improving operating efficiency and achieving multiple uses of one machine.
Tilting bucket, suitable for fine land leveling operations and improved flexibility
Design features: The tilting bucket can be tilted within a certain angle range, which is suitable for fine land leveling and leveling operations.
Application scenarios: It is mainly used in fine operation scenes such as garden engineering, road slope repair, site leveling, etc.
Advantages: The tilting Volvo digging bucket can achieve more precise operation results, improve operation flexibility and construction quality.
STONE BRAND - Improved work efficiency
Faster loading speed and shorter work cycle time
Design features: The Volvo 950 bucket can complete the loading process faster through optimized geometry and high filling rate design.
Technical advantages: The streamlined side panels and optimized tooth arrangement of the Volvo digging bucket enable it to collect materials more efficiently during excavation, reducing material spillage and adhesion.
Actual effect: Faster loading speed directly shortens the work cycle time, increases the amount of work per unit time, and significantly improves the overall work efficiency.
Reduce fuel consumption and improve the overall energy efficiency of the excavator
Design features: The Volvo 950 bucket can reduce fuel consumption by reducing excavation resistance and optimizing the hydraulic system.
Technical advantages: The low resistance design of the bucket reduces the additional load on the engine, while the efficient hydraulic system ensures the effective transmission of power and reduces energy waste.
Actual effect: Reducing fuel consumption not only reduces operating costs, but also improves the overall energy efficiency of the excavator, making it more economical in long-term operations.
Reduce unloading time, reduce working intervals, and increase production capacity
Design features: The unloading angle and streamlined design of the Volvo digging bucket reduce the residual materials during unloading, ensuring that the materials can be unloaded quickly and smoothly.
Technical advantages: The optimized unloading design reduces the unloading time and avoids secondary cleaning caused by material accumulation.
Actual effect: Reducing the unloading time directly reduces the working interval, allowing the excavator to enter the next working cycle faster, thereby significantly improving production capacity.
STONE BRAND - About STONE
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.
Professional team
7x24 hours delivery
834M
Total Freelancer
732M
Positive Review
90M
Order recieved
236M
Projects Completed
FAQ
Is the Volvo 950 Bucket complicated to install?
1. Installation steps
The installation of the Volvo 950 Bucket usually includes the following steps:
Preparation: Make sure the excavator is parked on flat and stable ground and the engine is turned off. Check whether the connection parts between the bucket and the excavator are intact.
Removing the old bucket: Use the hydraulic system to remove the old bucket from the excavator, and be careful to save the connecting pins and fixing bolts.
Installing the new bucket: Align the Volvo 950 Bucket with the connection points of the excavator, insert the connecting pins and fix them with fixing bolts. Make sure all connection points are firm and not loose.
Test run: Start the excavator and test whether the hydraulic system and mechanical connection of the bucket are working properly, ensuring that there are no abnormal noises or vibrations.
2. Required tools
The following tools are required to install the Volvo 950 Bucket:
Hydraulic tools: Used to operate the hydraulic system of the excavator to adjust the bucket position.
Wrench and screwdriver: Used to fix the connecting pins and bolts.
Lifting equipment: such as cranes or forklifts, used to carry and position the bucket48.
3. Precautions
Safety first: During the installation process, operators need to wear safety equipment, such as gloves and helmets, to avoid accidental injuries.
Check the parts: Before installation, carefully check the connection parts between the bucket and the excavator to ensure that there is no wear or damage.
Professional operation: It is recommended that the installation be carried out by trained professional technicians to ensure standardized and safe operation.
4. Market feedback
According to user feedback, the installation process of Volvo 950 Bucket is relatively simple, especially under the guidance of professionals, and can usually be completed within 1-2 hours. Users generally praise its reasonable design, easy-to-operate connection parts, and reduced installation time and difficulty.
What are the detailed transport dimensions of the Volvo EC950 excavator?
Overall transport length: The overall transport length of the Volvo EC950 is 13,615 mm. This length includes the main body of the excavator and the width of the crawler tracks when extended, ensuring the overall stability of the equipment during transportation.
Overall transport width: Its overall transport width is 4,467 mm. This width is the maximum width of the excavator when the crawler tracks are fully extended in the transport state, which has a direct impact on the width requirements of the transport vehicle and the ability to pass through narrow passages.
Overall transport height: The overall transport height is 3,990 mm. This height is the vertical distance from the ground to the highest point of the excavator (such as the top of the cab or the highest point of the hydraulic pipeline), which is important for passing bridges, tunnels or other low obstacles during transportation.
Overall track length: The overall length of the crawler tracks is 6,380 mm. This parameter reflects the extended length of the crawler tracks and plays an important role in the fixing and support of the equipment during transportation.
Track width: The track width is 650 mm. The track width not only affects the ground contact pressure and walking stability of the excavator, but also determines the lateral support area of the equipment during transportation.
Track gauge: The track gauge (when extended) is 3,550 mm, while it is 2,980 mm when retracted. The ability to adjust the track gauge allows the equipment to be flexible in different working conditions, and it can be adjusted to a narrower width during transportation to reduce the footprint.
Minimum ground clearance: The Volvo EC950 has a minimum ground clearance of 915 mm. This height ensures that the equipment can pass smoothly on uneven ground or roads with obstacles, and also prevents the chassis from colliding with the ground during transportation.
Rear turning radius: Its rear turning radius is 4,700 mm. This parameter has an important impact on the equipment's operational flexibility in narrow spaces and the turning radius during transportation.
The transport dimensions of the Volvo EC950 excavator are designed with full consideration of the convenience and safety of the equipment during transportation. These dimensions not only provide a basis for the selection of transport vehicles, but also ensure that the equipment can adapt to various complex road conditions and environments during transportation. Therefore, when transporting the Volvo EC950 excavator, it is necessary to select the appropriate transport vehicle and transport route based on the above dimensions to ensure the safe transportation of the equipment.
How is the wear resistance of the Volvo 950 bucket?
The Volvo 950 bucket uses high-strength wear-resistant materials (such as HARDOX wear-resistant plates) to effectively resist the wear of highly abrasive materials. The key parts of the bucket (such as the bottom plate, side plates and blades) have been thickened to further enhance durability and impact resistance. In addition, the bucket is equipped with wear-resistant guards and corrosion-resistant coatings to effectively prevent damage from humidity and chemicals and extend its service life.
What are the application scenarios of Volvo EC950?
Volvo EC950 is a 90-ton large crawler excavator. With its powerful power, efficient fuel economy and excellent stability, it is widely used in a variety of high-intensity operation scenarios.
The following is a detailed analysis of its main application scenarios:
1. Mining
Volvo EC950 performs well in mining, especially in open-pit coal and metal mining.
Its large-capacity bucket (5.6 - 8.5 cubic meters) can quickly load ore and coal, significantly improving production efficiency.
For example, in Xinjiang Wucaiwan Coal Mine, EC950 only needs 10 devices to complete the loading task of 100 mine cars, which reduces the number of excavators by 50% compared with traditional equipment, while reducing operating costs.
In addition, its wear-resistant bucket teeth and heavy-duty design enable it to easily cope with hard rocks and ores, extending the service life of the equipment.
2. Large earthwork projects
In large earthwork projects, the EC950 can quickly complete large-scale earthwork excavation and loading tasks with its powerful digging force (478 kN) and efficient hydraulic system.
Its extended and widened chassis and optimized counterweight design ensure the stability and balance of the equipment in complex terrain, and are suitable for scenes such as roads, railways and water conservancy projects.
3. Quarry operations
The EC950 also performs well in quarry operations. Its hydraulic hammer and ripper can efficiently break hard rocks, replace traditional blasting operations, and reduce environmental pollution and safety hazards.
For example, in the mountainous environment of Chongqing, the EC950 not only reduces construction dust through ripper operations, but also significantly reduces fuel consumption and operating costs.
4. Urban construction and environmental protection projects
With the improvement of environmental protection requirements, the EC950 has also played an important role in urban construction and environmental protection projects.
Its low fuel consumption design (about 60 liters per hour) and advanced hydraulic system reduce energy consumption and carbon emissions, meeting the requirements of green construction.
In addition, its multifunctional attachments (such as hydraulic hammers and rippers) can adapt to the diverse needs of urban construction, such as building demolition and road repair.
5. Forestry and port operations
In forestry and port operations, the EC950's strong power and stability enable it to efficiently handle wood loading and unloading and port material handling tasks. Its spacious cab and user-friendly design provide operators with a comfortable working environment, further improving operating efficiency
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