Key Technical Specifications
Chusheng material crushing trucks are available in a range of small and medium-sized models to suit various operational needs. Key specifications are as follows: The chassis is based on mainstream China VI-compliant models from Jiefang, Dongfeng, and others (representative model: CSC5040TWFCA6), equipped with a China VI Yunnei 145-horsepower engine and a 5-speed transmission, 7.00R16 steel-belted tires, a 3,300 mm wheelbase, air brakes, and air conditioning. With robust power, it is suitable for various road conditions including urban, rural, and mountainous terrain. It is eligible for registration and commercial operation permits nationwide; The vehicle’s overall dimensions are 5890 × 2075 × 2875 mm, with a gross vehicle weight of 4495 kg and a curb weight of 4300 kg. It is equipped with an ABS anti-lock braking system, ensuring driving safety; Core configurations include a dedicated onboard shredder, radiator, and hydraulic motor. The feed opening measures 400 × 300 mm, with a maximum shredding diameter of 200 mm. The hopper has a capacity of 11 cubic meters. It features automatic roller feeding, PLC-controlled operation, and a tilting discharge design for convenient and efficient operation; The shredding process utilizes high-speed blade shredding, with the particle size of the shredded material adjustable to meet specific needs, accommodating various resource recovery requirements; optional accessories such as a grapple, conveyor belt, and dust cover can be installed to enhance operational efficiency and environmental performance; the vehicle body undergoes anti-corrosion and anti-rust treatment, while the side and rear guards are made of Q235 steel with bolted connections, meeting safety and compliance standards and suitable for long-term outdoor operation.

Core Application Scenarios
The Chusheng Material Shredder Truck has a wide range of applications, comprehensively addressing various material shredding and resource recovery needs: First, in landscaping maintenance scenarios, it processes dead branches, fallen leaves, and hedge trimmings from urban parks, scenic areas, and residential communities. After shredding, these materials can be used as organic mulch or green manure, achieving resource recycling; Second, agricultural production scenarios: processing agricultural waste such as pruned branches and deadwood from orchards and nurseries. After shredding, this material can be turned into organic fertilizer to improve soil structure and support green agricultural development; Third, municipal sanitation scenarios: clearing pruned branches from roadside greenery and shreddable materials from municipal waste to reduce landfill volume and lower transportation costs; Fourth, construction sites: processing wood waste and tree roots from construction sites; once shredded, these materials can serve as backfill material or feedstock for biomass energy, achieving waste reuse; Fifth, forestry and emergency scenarios: processing logging residues, as well as fallen trees and broken branches after typhoons or floods, to quickly clear roads while preventing the spread of pests and diseases from infected wood; Sixth, township and industrial park scenarios: processing various scattered materials to meet grassroots material handling and resource recovery needs, balancing efficiency with environmental protection.

Core Product Advantages
1. Easy Mobility, Direct Access to Work Sites: Featuring a vehicle-mounted design that eliminates the need for crane-based transportation, the machine can operate within a daily travel radius of over 100 kilometers. It navigates flexibly through complex environments such as narrow roads and mountainous terrain, turning the worksite into a “factory on-site” and significantly reducing material handling costs;

2. High-efficiency shredding with high integration: Integrates grabbing, shredding, temporary storage, and self-unloading into a single unit. A single machine can replace multiple types of machinery working in coordination, processing 5–8 tons of material per hour. Shredded material volume is reduced by 70%–80%, with operational efficiency far exceeding that of traditional shredding equipment;

3. Strong adaptability and wide range of applications: Capable of shredding various materials such as branches, wood, construction waste, and agricultural waste. The maximum shredding diameter reaches 200 mm, and particle size can be adjusted as needed to meet resource recovery requirements in different scenarios;

4. User-Friendly Operation, Safe and Reliable: Features PLC-based electronic control and centralized control from the cab, with automatic roller feeding. A single operator can complete all tasks. The feed platform is 950 mm above ground level for convenient operation, and the machine is equipped with multiple safety protections to ensure operational safety;

5. Environmentally compliant with comprehensive after-sales support: An optional dust cover is available to minimize dust dispersion during the crushing process, meeting environmental standards. Crushed materials can be recycled, promoting green development principles. With a nationwide service network and dual after-sales support for both the chassis and upper structure, maintenance is convenient, ensuring uninterrupted operations.

Basic Operating Procedures
1. Pre-Operation Preparation: Check that the vehicle’s brakes, lights, electrical system, and hydraulic system are functioning properly. Confirm that the shredder, hydraulic motor, and feeding mechanism are free of damage and jamming. Ensure the hopper is empty and clear any debris from the feed inlet and shredding chamber. Operators must wear safety equipment such as helmets, earplugs, and masks. Park the vehicle on level ground, engage the parking brake, and turn on the warning lights.

2. Starting Operation: Activate the shredding mode from the cab, start the hydraulic motor and shredder, and adjust the shredding particle size. Feed material slowly into the feed inlet using the automatic roller feed or the grabber, avoiding overloading the shredding chamber to prevent blockages.

3. Monitoring During Operation: Monitor the shredding results in real time and adjust the feed rate and shredding parameters based on the material’s hardness and size; observe the equipment’s operating status; if unusual noises, vibrations, or excessively high hydraulic oil temperature occur, stop the machine immediately for inspection; be mindful of pedestrians, non-motorized vehicles, and obstacles; strictly prohibit unauthorized personnel from approaching the work area.

4. End of Operation: Stop feeding material. Wait until the material in the crushing chamber has been completely crushed and discharged into the hopper, then shut down the crusher and hydraulic motor; drive the vehicle to the designated location, activate the tipping discharge mechanism, and discharge the crushed material into the designated area; close the discharge mechanism once unloading is complete.

5. Routine Maintenance: Clean residual material from the feed inlet, crushing chamber, and hopper; inspect the wear condition of the blades and replace worn blades promptly; regularly check the levels of hydraulic oil and lubricating oil, top up as needed, and clear debris from the lines; inspect the equipment’s protective devices to ensure they are intact and undamaged; perform anti-corrosion and dust-proofing treatments on the vehicle.

Safety and Maintenance Guidelines
Control vehicle speed during operation; avoid sudden braking and sharp turns. Place warning signs in the work area to alert passing vehicles and pedestrians to yield. Do not operate in crowded areas. During crushing operations, no personnel are allowed in the vicinity to prevent injury from flying material. Never feed hard objects such as stones, metal, flammable or explosive materials, or corrosive substances into the feed opening to avoid damaging the crushing blades, motor, and piping; if a blockage occurs during crushing, immediately shut down the machine and disconnect the power supply; clear the blockage before resuming operation; never force the machine to start; If the temperature of the hydraulic oil in the reservoir becomes excessively high, immediately stop the machine and drain the oil to allow it to cool; regularly inspect the shredding blades, hydraulic motor, and feed mechanism for wear and seal integrity, and repair or replace them promptly; operators must be familiar with the equipment operating procedures, participate in relevant training regularly, and must not operate the equipment in violation of regulations; when the equipment is not in use for an extended period, remove any residual material from the machine, apply anti-corrosion and dust-proof treatments, and store it in a dry, well-ventilated area to prevent rusting.