60-66 Cubic Meter Semi-Trailer Feed Truck
Model: CLW9400ZSL
Vehicle Dimensions: 1375025504000 mm
Chassis Configuration:
90# Traction Pin
28-ton Support Legs
13-ton Guangdong Fuhua Axle
3 Axles
16-ton Brake Pads
Toolbox included
Tires: 12.00R20, 12 pieces
Anti-lock Braking System (ABS)
Complete vehicle certificate and registration invoice included
Body Configuration:
Tank made of cold-rolled steel plates welded together
4 augers powered by 4*5.5KW electric motors
Hydraulic control for top auger lifting, 180° left-right rotation
Tank with 6 independent compartments, each with separate discharge control for speed and order
Vertical unloading height: 8.5 meters
Standard fittings
Tank capacity: 60–66 cubic meters
Tank color: White
Auger color: Blue
Remote control for unloading auger
A sixty to sixty-six cubic meter semi-trailer feed truck represents one of the largest transportation solutions used in modern livestock and poultry industries. Its primary role is the bulk transport of powdered or pelleted feed from production mills to farms, feed storage stations, and integrated livestock operations. As the scale of farming expands and efficiency becomes a competitive force, the demand for high-capacity feed logistics continues to rise. This vehicle class, often referred to as a bulk feed semi-trailer or bulk feed tanker trailer, is engineered to reduce transportation cycles, minimize labor costs, and maintain high feed hygiene standards.
The following guide provides extensive industry-level information suitable for technical blogs, B2B platforms, industrial directories, and professional knowledge bases. It covers definitions, technical architecture, transport mechanisms, material selection, maintenance strategies, and a wide spectrum of application insights. Tables are included for clarity, and keyword-rich sections support search engine optimization for improved indexing and ranking.
Bulk feed transportation has transitioned from manual loading and small-capacity trucks to automated, high-volume semi-trailer solutions. Large-scale farms rely on consistent and timely feed delivery, and transportation efficiency directly affects production performance. As feed formulations become more diverse and sensitive to contamination, bulk transport systems must ensure airtight, moisture-resistant, and contamination-proof conditions.
Several industry trends drive the popularity of sixty to sixty-six cubic meter feed semi-trailers. Larger capacity reduces the number of required delivery trips. Integrated-feeding livestock enterprises increasingly adopt centralized feed mills, resulting in longer transport routes requiring higher volume. Automation and pneumatic conveying systems decrease manual labor and prevent cross-contamination. Energy-efficient designs reduce operating costs by improving aerodynamics and reducing unloading time.
These developments have positioned large-capacity feed semi-trailers as a backbone logistics tool for modern agricultural systems.
A semi-trailer feed truck with a capacity of sixty to sixty-six cubic meters is a high-volume, multi-compartment bulk feed tanker designed to transport loose materials such as pelleted feed, mash feed, powdered formulations, and raw grains. The semi-trailer body typically interfaces with a tractor unit through a standard fifth-wheel coupling and supports long-distance haulage. The vehicle integrates storage compartments, pneumatic discharge systems, feeding augers, hydraulic controls, and sealed loading structures.
Its main functions include bulk transport of feed, pneumatic feeding into silos, protection of feed quality, and reduction of transportation labor.
The structure of this class of trailer is engineered for durability, low tare weight, and food-grade material compatibility. The core components include the tank body, compartments, frame, pneumatic system, unloading augers, hydraulic control sets, air compressor integration, ladder and walkway systems, and discharge outlets.
| Component | Description | Material Options | Functional Role |
|---|---|---|---|
| Tank body | Main container storing bulk feed | Carbon steel, aluminum alloy, stainless steel | Stores feed with sealed protection |
| Internal compartments | Multiple chambers dividing feed types | Internal welded plates | Prevents material mixing |
| Trailer frame | Supporting structure for tank and axles | High-strength steel | Ensures load-bearing capacity |
| Pneumatic discharge system | Airflow-assisted unloading | Steel or aluminum piping | Moves feed efficiently |
| Auger system | Mechanical feeding into silos | Spiral steel shafts | Provides directional feed output |
| Air compressor | Power source for pneumatic movement | Diesel, PTO-driven | Supplies compressed air |
| Hydraulic controls | Operates augers and discharge valves | Hydraulic pump and valves | Controls unloading functions |
| Axles and suspension | Supports vehicle movement | Air or mechanical suspension | Ensures stability |
| Manholes and seals | Feed loading ports | Food-grade seals | Protects against contamination |
| Safety railings and ladder | Operator access | Steel | Facilitates inspection and loading |
The sixty to sixty-six cubic meter range offers a balance between payload, maneuverability, and compatibility with livestock facility unloading systems. Tank volume is calculated based on internal dimensions, curvature, and compartment number.
Typical dimensional properties include length between thirteen to fourteen meters, height sufficient to maximize volume while satisfying road regulations, and optimized width for aerodynamics.
| Specification | Typical Range |
|---|---|
| Total volume | 60–66 cubic meters |
| Trailer length | 13000–14000 mm |
| Trailer width | Approximately 2500 mm |
| Trailer height | 3800–4000 mm |
| Compartment number | Three to six |
| Discharge height | Typically 900–1200 mm |
| Maximum feed density | 0.5–0.85 t/m³ |
Material selection plays a decisive role in durability, hygiene, corrosion resistance, and overall vehicle weight. Heavy-duty steel provides stable structure but increases tare weight, while aluminum alloy reduces weight and improves fuel efficiency. Stainless steel, although expensive, offers superior hygiene and corrosion resistance for sensitive feed products.
| Material | Advantages | Limitations | Typical Use |
|---|---|---|---|
| Carbon steel | High strength, cost-effective | Heavy weight, prone to corrosion | Trailer frame and tank body |
| Aluminum alloy | Lightweight, corrosion-resistant | Higher cost, lower structural strength | Tank body for weight reduction |
| Stainless steel | Hygienic, corrosion-proof | High price | Specialized feed or pharmaceutical-grade transport |
A bulk feed semi-trailer integrates pneumatic and mechanical unloading systems to deliver feed directly into farm silos. The working process involves filling, transporting, positioning, and discharging. Compressed air is used to create airflow that moves feed from the compartments to the discharge augers. The augers then convey the feed upward or horizontally into the silo, depending on design.
Modern systems prioritize stable airflow, low feed breakage rate, and user-safe operation. Pneumatic pipelines must be sealed, and auger bearings must stay lubricated to maintain efficiency.
Large-capacity feed semi-trailers offer operational, economic, and ecological benefits that make them suitable for scaled farming systems. These vehicles significantly reduce transport frequency and optimize fleet scheduling. The closed transport environment prevents contamination and moisture exposure, ensuring feed quality throughout the logistics chain.
Cost efficiency from reduced transportation cycles
Lower fuel consumption per delivered ton of feed
Fully enclosed operation protecting feed quality
Compatibility with modern farm silo systems
Reduced unloading time through pneumatic and auger integration
Suitable for multi-feed transport through segmented compartments
Long-distance capability with high-strength chassis and suspension
Improved hygiene standards due to sealed stainless or alloy materials
The sixty to sixty-six cubic meter bulk feed semi-trailer supports various sectors within modern agriculture. It is widely adopted by large-scale poultry farms, swine barns, dairy operations, aquaculture farms, feed mills, and agricultural logistics providers.
| Application Area | Feed Type | Advantages |
|---|---|---|
| Poultry farms | Pelleted feed, mash feed | Large volume supports daily high consumption |
| Swine farms | Granular feed, mixed feed | Multi-compartment designs prevent mixing |
| Dairy farms | Ground cereals, special blends | Safe and contamination-free transport |
| Feed mills | Bulk production output | Efficient delivery to multiple farms |
| Aquaculture | High-protein pellets | Maintains nutritional integrity |
Below is a comprehensive specification reference, adaptable across models and manufacturers.
| Item | Specification |
|---|---|
| Capacity | 60–66 m³ |
| Chassis type | Semi-trailer, tri-axle |
| Tank material | Carbon steel, aluminum alloy, stainless steel |
| Compartments | Three to six |
| Discharging method | Pneumatic and auger combined |
| Air compressor | PTO-driven or auxiliary engine |
| Suspension | Mechanical or air suspension |
| Braking system | ABS, air braking |
| Tire size | 11R22.5, 12R22.5, 385/65R22.5 |
| Landing gear | Dual-speed manual or automatic |
| Electrical system | Standard trailer lighting and wiring |
The pneumatic unloading system uses compressed air to fluidize and move feed. This system includes air compressor units, pipelines, valves, pressure gauges, and filters. The airflow must remain stable to prevent excessive feed breakage.
| Component | Function |
|---|---|
| Compressor | Generates airflow |
| Air pipes | Channels compressed air to tank bottom |
| Pressure relief valves | Maintains safe pressure levels |
| Dust filters | Keeps feed dust from entering compressor |
| Flow control valves | Adjusts air volume |
The auger system is essential for directional feed discharge. It is powered by hydraulic motors connected through control valves. The system must accommodate varying silo heights and angles.
| Part | Description |
|---|---|
| Spiral shaft | Moves feed mechanically |
| Outer casing | Protects auger components |
| Hydraulic motor | Drives auger rotation |
| Swivel joint | Allows angle adjustment |
Loading typically occurs through top-mounted manholes at feed mills. During filling, operators monitor load distribution across compartments to prevent imbalance. Discharging requires positioning the trailer near the silo’s inlet, activating the air compressor, opening discharge valves, and engaging the auger system.
Safety is essential when handling bulk feed semi-trailers. Feed dust poses a fire risk, and pressurized systems must be handled carefully. Operators must ensure stable parking, inspect air pipelines, prevent over-pressure, and maintain communication with silo staff. Personal protective equipment such as dust masks and ear protection is recommended.
Proper maintenance extends vehicle lifespan and improves operational reliability. Routine schedules involve cleaning compartments after each transport cycle, checking seals, lubricating auger bearings, inspecting hydraulic lines, examining air compressor belts, and monitoring tire conditions.
| Maintenance Area | Recommended Action |
|---|---|
| Tank interior | Clean to avoid residue buildup |
| Auger bearings | Lubricate regularly |
| Hydraulic pipes | Check for leaks |
| Compressor filters | Replace periodically |
| Suspension | Inspect bushings and springs |
Operators sometimes encounter issues such as slow unloading, air pressure drop, auger blockage, or feed contamination. Slow unloading may stem from worn auger blades or restricted airflow. Air pressure drop can result from loose seals or faulty valves. Contamination occurs if compartments are not cleaned or sealed properly.
What is the carrying capacity of a sixty to sixty-six cubic meter feed semi-trailer?
Typical payload depends on feed density, ranging from twenty-eight to fifty tons.
Can powdered and pelleted feed be transported in the same trailer?
Yes, with multi-compartment structures to prevent mixing.
What unloading method is used?
A combination of pneumatic airflow and mechanical augers.
Is the tank body airtight?
Yes, sealed construction protects against moisture and contamination.
Which material is most durable?
Stainless steel offers the best hygiene and corrosion resistance.
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The sixty to sixty-six cubic meter semi-trailer feed truck stands as a critical asset for the modern livestock supply chain. Its capacity, efficiency, and sealed hygienic operation align with industrial demands for large-scale, automated feed logistics. Through advanced material design, pneumatic and mechanical unloading mechanisms, and compartmentalized internal structures, these vehicles improve transport efficiency while reducing labor and feed loss.
With the expansion of centralized feed production and industrial farming, demand for high-volume feed transportation solutions continues to grow. Understanding the technical specifications, maintenance practices, operational guidelines, and structural advantages of such trailers ensures efficient utilization and optimized performance in real-world applications.
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