QCLW Group Successfully Delivers Custom Foton Fuel Truck Fleet to Leopard Petroleum in DR Congo
CLW Group Successfully Delivers Custom Foton Fuel Truck Fleet to Leopard Petroleum in DR Congo
SUIZHOU, CHINA — CLW Group (Chengli Special Automobile Co., Ltd.), China’s leading manufacturer of special purpose vehicles, is proud to announce the successful departure and official delivery of a specialized Foton Fuel Truck fleet bound for the Democratic Republic of the Congo. The high-performance tank trucks are custom-built for Leopard Petroleum (Leopard SAS), one of the premier fuel and petroleum distribution networks in Central Africa.
The vehicle features the iconic, vibrant "LEOPARD" corporate branding and logo directly integrated onto the factory-finished white tank body. Engineered to withstand demanding terrain and heavy-duty logistics, this Foton chassis configuration delivers the ultimate combination of structural durability, high fluid-pumping efficiency, and strictly regulated international safety standards.
Usage of Fuel Truck
Fuel Transportation / Bulk Haulage: Transporting liquid petroleum products (such as diesel, gasoline, or kerosene) safely from oil depots and refineries to gas stations or industrial sites.
Mobile Refueling / Dispensing Service: Equipped with a fuel dispenser machine, flow meter, and a hose reel to provide on-site refueling services for construction machinery, logistics fleets, mining equipment, and agricultural vehicles.
Gas Station Fuel Supply: Replenishing underground storage tanks at retail service stations.
Construction & Mining Sites Refueling: Delivering fuel directly to heavy machinery operating in remote areas to reduce downtime.
Logistics & Fleet Management: Providing internal refueling for large transport fleets, trucks, and buses at logistics centers.
Industrial & Agricultural Powering: Supplying fuel for factory backup generators, boilers, and farm machinery.
As the primary manufacturing headquarters for specialized Chinese automotive exports, CLW Group continues to strengthen its strategic presence across crucial African energy markets, providing tailored engineering solutions that keep local economies moving forward securely.
Corporate Entities: CLW AUTOMOBILE Group Co., Ltd. | Chengli Special Automobile Co., Ltd.
Q1: What petroleum products can your fuel trucks transport?
A: Our fuel tankers are engineered to transport a wide range of liquid petroleum products safely, including diesel, gasoline, kerosene, aviation fuel, and light fuel oils. For special chemical liquids or crude oil, we can customize the tank with specific anti-corrosion linings or heating insulation layers.
Q2: Can the tank be divided into multiple compartments?
A: Yes, absolutely. We can design the tank with 2, 3, 4, or more independent compartments based on your operational needs. This allows you to transport different types of fuel (such as diesel and gasoline) simultaneously in a single trip without any risk of cross-contamination. Each compartment comes with its own discharge valve and manhole cover.
Q3: What refueling equipment can be installed on the vehicle?
A: We offer fully customized mobile refueling systems, which typically include:
Tax-controlled or standard fuel dispensers/meters (with digital displays for volume, price, and total cost).
Automatic hose reels (usually 15m to 20m) with automatic shut-off refueling nozzles.
High-efficiency fuel pumps (driven by the truck's PTO) for fast loading and discharging.
Q4: What safety configurations are built into your fuel tankers?
A: Safety is our highest priority. All export fuel trucks comply with strict international safety standards and are equipped with:
Pneumatic Emergency Shut-off Valves (Bottom Valves): Automatically cuts off fuel flow in case of an accident or pipe damage.
Anti-static systems: Grounding reels and static conductive strips to prevent sparks during operation.
Subsea/Manhole covers: Exploded-proof covers with built-in breathing valves for pressure regulation.
Top Safety Rails: Foldable or fixed guardrails with anti-slip walkways for operator safety on top of the tank.
Fire extinguishers, amber warning beacons, and reflective safety tape.
Q5: Which truck chassis brands do you support for export?
A: As a leading manufacturer, we build our fuel tankers on a broad ecosystem of reliable, globally recognized chassis brands, including Foton, Dongfeng, Sinotruk HOWO, ISUZU, FAW, JAC, and Shacman. We can recommend the best chassis brand depending on your local parts availability and emission standard requirements.
QGarbage Compactor Truck FAQs: Everything You Need to Know
CLW AUTOMOBILE GROUP CO., LTD. Chengli Special Automobile Co., Ltd. Official Website: www.cn-vehicles.com
WhatsApp: 0086 189 9597 9503 (Shine Wang)
Technical Introduction, Operation Guide, and Troubleshooting of Garbage Compactor Trucks
Part 1: Comprehensive Introduction to Garbage Compactor Trucks
1. Overview and Classification
A Garbage Compactor Truck is a specialized municipal vehicle engineered for the high-efficiency compaction and transportation of urban solid waste. The vehicle is integrated with a fully sealed garbage body (container), an advanced hydraulic system, and an intelligent operating control system.
Leak-free compactor trucks (Highly sealed for wet waste)
2. Core Technological Advantages
Mechanical-Electrical-Hydraulic Integration: Utilizing integrated smart controls, the truck crushes and compresses loose waste efficiently. Its payload capacity is up to 2.5 times that of a standard non-compactor truck of the same tonnage.
Secondary Pollution Control: Equipped with a fully sealed structure and a specialized wastewater (leachate) collection tank to prevent any dripping or leaking during transit.
Automated Intelligence: Driven by a computer-controlled system supporting both fully automatic and semi-automatic modes. Critical hydraulic and electronic components utilize imported parts to maximize durability and service life.
Safety Architecture: Built with a "Dual-Insurance" system, explosion-proof hydraulic valves, slope anti-skid blocks, and strict operational safety protocols to mitigate job-site risks.
Future Developmental Trends: Focusing on intelligent weight monitoring systems, fully automated bin-tipping mechanisms, and multi-compartment bodies to adapt to modern waste sorting and recycling requirements.
3. Outstanding Features & Key Benefits
Clean & Eco-Friendly Waste Collection: Transforms the traditional messy image of overflowing street trash cans, completely eliminating secondary environmental pollution.
High Compaction Ratio & Massive Payload: Offers a maximum crushing pressure of up to 12 tons, maximizing transport efficiency and reducing trips to landfills.
One-Man Automated Operation: The computer control system allows the entire loading, packing, and discharging process to be managed single-handedly by the driver. This minimizes labor intensity and drastically improves the working environment.
Excellent Fuel Economy: The smart computer control system automatically regulates the engine throttle and idle speed to match the hydraulic workload, significantly reducing fuel consumption.
Dual-Insurance Control System: The truck features a redundant control mechanism—combining electronic automation with manual hydraulic backup levers. This ensures the vehicle remains operational even if an electronic failure occurs.
Versatile Rear Tipping Mechanisms: Can be optionally configured with various lifters/tippers to fit standard plastic bins (120L/240L/660L/1100L), iron skips, or bulk earth buckets.
Part 2: Step-by-Step Waste Compaction Operation Guide
I. Pre-Operation Inspection & Preparations
Before activating the waste compaction features, operators must execute the following checks:
Inspect Equipment Status: Verify that the vehicle's electrical power, hydraulic system pressure, and compaction blades are normal.
Clear the Work Zone: Ensure the surrounding area is free of bystanders and obstacles to prevent accidents during the mechanical cycle.
Wear Personal Protective Equipment (PPE): Operators must wear heavy-duty safety gloves, safety helmets, and high-visibility clothing.
Confirm Waste Suitability: Check the waste hopper to ensure no hazardous materials, flammables, explosives, or un-compactable hard solids (e.g., large concrete blocks, thick steel scraps) are loaded.
II. Standard Compaction Operational Workflow
Load the Waste: Dump the garbage into the rear hopper, ensuring relatively even distribution.
Initiate the Compaction System: Engage the Power Take-Off (PTO) from the cab, then press the "Start Compaction" button on the rear control panel to activate the hydraulic cylinders.
Monitor the Compaction Cycle: Closely observe the pressure gauge and mechanical slide plates to ensure the compaction force is within standard limits.
Complete the Packing: Once the waste inside the hopper is swept and packed to its pre-determined volume, the cycle will automatically stop (or can be stopped manually).
Shut Down the System: After concluding operations, turn off the control system power and disengage the PTO switch.
III. Crucial Operational Safety Precautions
Strictly Prohibit Overloading: Never exceed the vehicle’s maximum engineered payload and compaction capacities.
Prevent Pinch & Crush Injuries: Maintain a strict safety distance from the tailgate, packer blades, and sliders during the compaction process. NEVER reach into the hopper while it is operating.
Perform Regular Cleanouts: Timely clear out any waste residues or wraps trapped in the compaction mechanisms at the end of each shift.
Emergency Stop Action: In the event of any abnormality, strange mechanical noise, or hazard, immediately slap the Emergency Stop Button.
Mandatory Training: Unauthorized, untrained, or uncertified personnel are strictly prohibited from operating the compaction equipment.
Part 3: Troubleshooting & Engineering Countermeasures
1. Issue: High Operational Noise
Problem: Garbage compactor trucks often generate high mechanical and hydraulic noise during operation, disturbing local residents.
Countermeasures: During design and manufacturing, premium vehicle chassis, low-noise engines, and high-quality PTOs must be carefully selected. Engineering teams should implement measures to enhance the smoothness of the system's kinetic movements. Use noise-absorbing and vibration-dampening materials. Optimize the hydraulic piping and loader mechanisms to improve processing precision and assembly quality, ultimately reducing operational noise.
Problem: Municipal solid waste contains both solids and liquids. If sealing fails, highly corrosive garbage leachate will drip onto public streets during transit.
Countermeasures: To achieve complete leak-free transportation, apply the following structural solutions:
Install an extended edge baffle plate between the hopper/tipper and the main packing assembly to prevent loose garbage from spilling outward.
Design the floor of the main garbage body with a specific forward-tilting slope to prevent leachate from pooling toward the rear door.
Install a specialized, large-capacity wastewater/leachate collection tank at the lower section of the tailgate to capture any sewage dripping from the seals.
Reinforce and upgrade the high-density rubber seals at the junction of the tailgate and the main body to resist the high pressures generated during compaction.
Problem: The complex superstructure of compactor trucks increases the vehicle's dead weight (curb weight), raising operational costs and reducing the net legal payload.
Countermeasures: Priority should be given to domestic chassis that offer advanced technology, excellent power performance, lightweight profiles, and high cost-effectiveness. Use high-strength steel (like Hardox or high-strength low-alloy steel) for the superstructure to lower its weight while increasing structural durability. Non-structural auxiliary components such as mudguards, decorative trims, and cover plates can use lightweight injection-molded plastics. Additionally, adopt highly integrated hydraulic valve blocks to reduce space consumption, minimize dead weight, and optimize hydraulic flow efficiency.
4. Issue: Low Operational Ergonomics & Comfort
Problem: Traditional mechanical lever controls increase operator fatigue and lower efficiency.
Countermeasures: To improve ergonomics and reduce driver fatigue, replace traditional mechanical link-rod controls with electronic control systems (PLC control panels and wireless remote controllers). Furthermore, equip the vehicle with an electronic monitoring system (including high-definition rear-view and hopper-view cameras) inside the driver's cab, allowing operators to monitor the working zones safely and comfortably without leaving their seats.
Contact Information for Inquiries & Global Export:
QSUS304-2B Liquid Food Tankers: GB4806.9-2023 Standard Compliant Transport Solutions | CLW Group
Official Website: www.cn-vehicles.com
Contact: Shine Wang
WhatsApp: 0086 189 9597 9503
Technical Overview of Food-Grade Liquid Transport Tankers
Vehicle-mounted tankers are specialized liquid food transport containers designed for livestock farms, dairy plants, milk collection stations, and food processing facilities. Constructed primarily from SUS304-2B stainless steel, these tanks offer exceptional corrosion resistance and airtight sealing. All products comply with the updated GB 4806.9-2023 (National Food Safety Standard: General Safety Requirements for Food Contact Materials and Products), implemented on September 6, 2024.
Key Technical Specifications
Thermal Insulation: Utilizing imported polyurethane foaming technology, the tanks ensure a temperature rise of no more than 2°C within 24 hours at ambient temperature, and a temperature change of ≤2°C over 8 hours at full load.
Sanitary Design: Equipped with a CIP (Cleaning-In-Place) system. The internal structure features large-radius arc transitions to eliminate dead zones.
Advanced Engineering: Drawing from fresh milk transport expertise, new edible oil tankers feature increased volume between baffles and a "walk-through" anti-wave plate design for easier cleaning.
Surface Finish: Internal surface roughness is kept under 0.8μm, with welding deformation under 0.1% to minimize residue.
Smart Monitoring: Includes an independent GPS positioning system integrated with valve status monitoring, liquid level sensors, and temperature tracking.
Capacity: Range from 2,000L to 20,000L.
Industry Leadership
As a Top 500 Private Enterprise in China, Clw AUTOMOBILE Group Co., Ltd. (Chengli Special Automobile Co., Ltd.) manufactures premium transport tankers with both interior and exterior shells made of durable SUS304-2B stainless steel.
Product Advantages
Hygienic Cleaning: Integrated CIP systems for effortless sanitation.
Superior Insulation: High-performance polyurethane insulation maintains product stability (≤2°C change/8h).
Optimized Structure: Circular or elliptical cross-sections improve flow and reduce residual buildup.
Intelligence: Real-time data via GPS and smart sensor arrays.
Economic Value: Designed to enhance milk quality, improve hygiene, reduce product loss, and lower overall labor and transport costs.
Classification & Standards
Major Classifications
By Medium: Edible oil tankers, liquid milk tankers (stainless steel), and tankers for juices, alcohols, or food pulps.
By Material: Food-grade stainless steel tankers vs. chemical raw material tankers.
By Function: Fixed tankers and detachable tanks (the latter can be removed to use the vehicle as a standard truck).
Regulations & Compliance
International: In the EU and USA, liquid food transport requires dedicated food-grade tankers with insulation and certifications like ISO 9001 and IFS Logistics.
Domestic (China): Complies with GB/T 30354-2013 (Bulk Edible Vegetable Oil Transport) and the new GB 4806.9-2023, which adds strict limits on alloy element migration.
Future Trends: In 2024, industry leaders initiated the drafting of the specific standard for "Road Transport Tankers for Edible Oil." Some designs have already surpassed the GB 18564.1 standard by increasing baffle spacing from 7.5m³ to 9m³.
Global Market Performance
According to QYResearch, the global stainless steel milk tanker market is projected for steady growth through 2030 (CAGR 2024–2030). The Chinese market remains a critical driver of global scale and innovation.
QHow to Choose the Best Car Carrier for South America: Why Cummins & Japanese Chassis Dominate
Choosing the right car carrier for the South American market requires a deep understanding of the region's unique geography—ranging from the Andean mountains to the Amazon basin—and the specific mechanical preferences of local operators.
In South America, the "Big Two" preferences are clear: Japanese reliability and Cummins power.
Here is a guide to selecting the perfect car carrier for this market, presented by CLW GROUP | Chengli Special Automobile.
1. The Engine Debate: Why Cummins and Japanese Trucks?
South American buyers prioritize parts availability and proven durability.
Japanese Trucks (Isuzu, Mitsubishi Fuso): These are the gold standard for light and medium-duty car carriers (1-3 cars). Operators in Chile, Peru, and Colombia favor them for their high resale value and "indestructible" nature in urban environments.
Cummins Engines: For heavier multi-car transporters, Cummins is king. In Brazil and Argentina, Cummins has a massive service network. An engine like the Cummins ISF or ISB is preferred because any local mechanic from the coast to the mountains knows how to maintain it.We use in Foton and dongfeng trucks .
2. Terrain-Specific Configurations
South American roads demand a truck that can handle more than just flat highways.
Gradeability: With the Andes crossing multiple countries, a car carrier must have a high-torque engine and a reinforced braking system (including an exhaust brake or retarder).
Suspension: We recommend reinforced multi-leaf springs. Standard city suspensions often fail on the unpaved "last-mile" roads common in agricultural regions.
Ground Clearance: Ensure the hydraulic tailboard and lower deck have enough clearance to avoid scraping on uneven terrain or steep loading docks.
3. Optimizing the Deck for South American Vehicles
The vehicle mix in South America is unique. You aren't just hauling sedans; you are hauling pickups.
The "Pickup" Factor: Models like the Toyota Hilux, Ford Ranger, and Fiat Strada are top sellers. Your car carrier needs a longer wheelbase (approx. 5,200mm for medium duty) and a reinforced lower deck to handle the weight and length of these 4x4 vehicles.
Hydraulic Precision: At CLW GROUP, we utilize XCMG hydraulic systems—the only brand we trust for this market—to ensure smooth lifting of heavy SUVs even in high-altitude conditions.
4. Regulatory Compliance
Each country has specific import rules that Shine Wang and our team can help you navigate:
Emissions: Most of the region is transitioning to Euro V or Euro VI. We ensure our Isuzu and Cummins-powered trucks meet these local environmental standards.
Safety Standards: ABS and specialized lighting configurations are often mandatory for cross-border transport between Mercosur countries.
Why Partner with CLW GROUP?
As a leader in special-purpose vehicle manufacturing, CLW GROUP (Chengli Special Automobile) specializes in tailoring trucks for the Latin American landscape.
Customization: We can build on genuine Isuzu chassis or integrate Cummins engines into high-performance Chinese chassis to give you the best price-to-power ratio.
Note: Please remember that while we offer a wide range of solutions, CLW Group does not produce HINO brand vehicles or LPG tanks.
Contact Our Expert
For technical drawings, factory pricing, and logistics support for the South American market, contact our Export Sales Manager:
QHow to Choose the Right Fire Truck for the African Market: A Professional Guide (2026)
Selecting a fire truck for the African market is a strategic investment that requires a balance of high-performance engineering and extreme durability. As seen in the successful deployment of Sinotruk HOWO fire engines across Nigeria—from the Oyo State Fire Service to industrial giants like Salbas Oil & Gas—certain technical standards are non-negotiable.
As a leading manufacturer, CLW GROUP (Chengli Special Automobile Co., Ltd) has analyzed years of export data to help you make the right choice. Here is the professional roadmap to choosing the right apparatus for your fleet.
1. Heavy-Duty Chassis: The Backbone of Reliability
The African terrain demands a chassis that can handle off-road conditions while carrying massive liquid loads.
The CLW Advantage: We utilize the Sinotruk HOWO 6x4 and 4x2 chassis, globally recognized for their "Tough-Road" suspension and high ground clearance.
Engine Performance: With power ranging from 290HP to 400HP, our trucks ensure rapid response times even when the water tank is at maximum capacity.
2. Specialized Tank Construction & Anti-Corrosion
In humid or coastal African regions, corrosion is the primary enemy of fire trucks.
Premium Materials: Chengli Special Automobile specializes in tanks built from Grade 304 Stainless Steel or high-grade Carbon Steel with internal multi-layer epoxy anti-corrosion coating.
Custom Capacity: We offer customizable volumes, from 5,000L agile urban pumpers to 15,000L heavy-duty industrial tankers, ensuring your team never runs out of water at the critical moment.
3. Advanced Firefighting Systems (Water & Foam)
Modern fire threats, especially in the Oil & Gas sector, require more than just water.
High-Pressure Monitors: Our trucks come equipped with top-tier fire monitors (water cannons) featuring a throw range of 60m.
Foam Systems: For industrial clients like Salbas Oil & Gas, we integrate automated foam mixing systems designed to tackle Class B flammable liquid fires effectively.
4. Why Africa Trusts CLW GROUP (Chengli Special Automobile)
We don't just sell trucks; we provide a safety ecosystem tailored for the continent:
Tropicalized Design: All electrical wiring and cooling systems are optimized by CLW GROUP for the African heat (up to 50°C).
Global Parts Support: By using the CNHTC/Sinotruk global network, we ensure that every filter and engine component is available locally, minimizing downtime.
Proven Track Record: Our recent deliveries to Oyo State Fire Service prove that our vehicles meet the highest government standards for safety and performance.
Contact the Experts
Are you planning to upgrade your municipal or industrial fire safety fleet? Partner with the leader in special vehicle manufacturing.
CLW GROUP | Chengli Special Automobile — Official Website
Leading the way in High-Performance Emergency Vehicle Manufacturing.
QThe Definitive Guide to CLW Group Official: Websites, Branches, and Verified Personnel
The Definitive Guide to CLW Group Official: Websites, Branches, and Verified Personnel
For international buyers, the "Special Purpose Vehicle Capital of China" (Suizhou) can be a complex place to navigate. With the global reputation of CLW Group (Chengli Special Automobile Co., Ltd.), many websites use our name, but not all are the CLW Group official manufacturing source.
To protect your business and ensure you are buying genuine CLW official products, this guide clarifies our official structure.
1. The CLW Group Official International Website: www.cn-vehicles.com
While CLW Group is a massive conglomerate with over 15 subsidiaries and 70+ professional workshops, www.cn-vehicles.com is the official designated portal for our international export division.
Official Product Catalog: Access the complete range of 800+ special vehicles (from fuel tankers to garbage compactors) directly from the CLW Group official production line.
Direct Factory Source: This website is managed by the export department to ensure global clients receive CLW official factory pricing without third-party markups.
2. Shine Wang: A Verified CLW Group Official Employee
In an era of online intermediaries, it is crucial to speak with someone who actually works inside the factory walls. Shine Wang is a verified CLW Group official Export and Sales Manager.
When you contact Shine Wang, you are dealing directly with the CLW Group official sales team. This ensures:
Technical Accuracy: Direct access to factory engineers for custom truck configurations.
Production Oversight: Real-time updates from the CLW official workshops in Suizhou.
Legal Security: Shine Wang is authorized to handle official export documentation and contracts under the group’s umbrella.
3. Hubei Sunny Special Automobile Co., Ltd.: An Official CLW Branch
Company address :SOUTH SUBURB CHENGLI AUTOMOBILE INDUSTRY PARK,SUIZHOU CITY ,HUBEI PROVINCE ,CHINA
One common point of confusion is the relationship between different legal names. To be clear:
Hubei Sunny Special Automobile Co., Ltd. is an official branch and key subsidiary of CLW Group.
Under the CLW Group official corporate structure, different branches are responsible for specific product categories or international trade logistics. Hubei Sunny is a fully owned, official CLW entity. When you see Hubei Sunny on an invoice or contract, it carries the full weight, warranty, and quality assurance of CLW Group Official.
How to Verify CLW Group Official Status
To stay safe and avoid unauthorized agents, always verify these four points:
Domain Check: Only trust information from www.cn-vehicles.com for your international orders.
Contact Check: Ensure you are speaking with Shine Wang via the verified CLW Group official contact channels.
Location Check: All CLW official manufacturing is located at the Chengli Automobile Industrial Park, Suizhou City, Hubei Province.
Verification Documents: Ask for the CLW Group official business license or an authorization letter specifically linking Hubei Sunny to the group.
Conclusion
Don't settle for "authorized resellers" when you can go to the source. For the most reliable engineering, the best factory prices, and the security of a global giant, stick with CLW Group Official through www.cn-vehicles.com and Shine Wang.
QFlatbed Transport Vehicles: A Comprehensive Guide to Features, Classification, and Maintenance
Flatbed Transport Vehicles Overview
Flatbed transport vehicles, produced by industry leaders like Chengli Special Automobile CO.,LTD and Clw Group, are primarily used to transport non-detachable objects like excavators. These models, often exported by experts like Shine Wang, are widely utilized in infrastructure and large-scale engineering. They possess strong load-bearing capacities and feature specialized chassis designs from Clw AUTOMOBILE Group Co., Ltd using premium bases like Dongfeng, HOWO, Foton, isuzu, and faw.
Flatbed transporters are also referred to as bulldozer transporters or hook-machine trailers. Companies like Hubei Sunny Special Automobile Co.,ltd provide these for transporting machinery like loaders and harvesters. These models are built on high-performance chassis from brands including faw, isuzu, and Foton, ensuring durability across factories and construction sites.
Dimensions
Flatbed lengths range from 4 to 13 meters; lengths exceeding 13 meters are "high-low" boards. For example, common dimensions for a 13.75-meter lowboy are 13.75 meters long, 3 meters wide, and 1 meter above the ground.
Classification
Flatbed transport vehicles can be classified by structure, license plate type, and purpose. By structure, they are divided into cargo-style and towed (semi-trailer) flatbeds. Cargo-style models are based on 4x2 to 8x4 chassis, with curb weights between 3-14 tons, suitable for machinery weighing 1-30 tons. Towed models utilize low-center-of-gravity gooseneck frames for heavy machinery between 30-50 tons. By license plate, they are divided into Blue-plate and Yellow-plate. Blue-plate vehicles have total lengths under 6 meters and gross weights under 4.5 tons, often used for small excavator transportation.
By purpose, they are categorized into low-flatbed and high-flatbed transporters. Low-flatbeds have lower ground clearance for easier loading.
Key Features
High-elasticity solid tires enhance load capacity and lifespan while reducing damage to cargo caused by jolting. Specialized custom chassis with three-layer beams enhance anti-roll capability; for heavy-duty flatbeds, hydraulic suspension systems achieve platform lifting and multi-mode steering.
Double-suspension slewing brackets automatically adjust the balance and stability.
The pin materials for all joints are alloy steel, processed through special treatments.
The design utilizes I-beam main longitudinals to increase load capacity and stability. Regarding power systems, modern flatbeds feature 160-190 HP engines meeting China VI standards, paired with multi-speed gearboxes; some focus on low fuel consumption. In safety design, international channel steel enhances support, and the bucket-plus-longitudinal-beam structure is durable; the rear ladder features high-strength springs for easy loading; the floor has anti-slip strips to prevent equipment sliding. Some models are equipped with ABS and exhaust brakes to enhance safety. Load capacity is ensured by specific leaf spring counts (e.g., 10/12+9), using specific rear axles, and 10.00R20 tires. With technology, lightweight materials and intelligent networking are improving driving experience and operational efficiency.
Maintenance & Troubleshooting
Maintenance of flatbed transport vehicles should focus on the following:
Connections between the turbocharger and intake/exhaust pipes must be tight; leaks cause turbocharger efficiency to drop and exhaust temperatures to rise, damaging valves.
Before starting, the turbocharger and oil filter must be filled with clean oil. After 8,000–10,000km, the filter element must be replaced.
Before shutting down, idle for 3–5 minutes to allow turbocharger speed and temperature to drop. If abnormalities are found, stop for inspection. If the rotor makes grinding sounds, send it to a repair station.
After every 500 hours or 30,000km, check rotor shaft clearance and remove carbon deposits. The turbocharger should be removed, and metal gaskets replaced. Use gasoline or aluminum-safe fluids, not mechanical scraping.
The turbocharger compressor lock nut must not be disassembled, otherwise the dynamic balance will be destroyed.
Do not allow disassembled turbocharger parts to be deformed, as this affects balance. Do not damage rubber seals. Pre-transport Inspection Before starting, check for obstacles, oil/water stains, and tire pressure. Tire pressure is critical; deformation at low pressure and high speeds causes extreme heat, leading to blowouts. Therefore, pressure must always meet manufacturer standards. Proper pressure also improves fuel economy by reducing rolling resistance. Common Faults "Gear disorder" is a manual transmission fault where two gears engage simultaneously or the wrong gear engages. First: Interlock device failure, such as wear on shift shafts or balls. Second: Excessive wear on the shift lever's lower arc or the shift block groove. Third: A broken shift lever positioning pin or loose ball socket can cause "jumping gears." In short, disorder is caused by operating mechanism failure. Diagnosis: (1) Wrong gear engaged: If the swing angle exceeds normal range, the fault is the positioning pin/groove fit. If the shift lever rotates 360 degrees, the positioning pin is broken. (2) If the angle is normal but gears won't engage, the lever's lower end has slipped from the groove. (3) Two gears engaged: Caused by interlock failure. Difficulty shifting occurs when the clutch is fine but gears won't engage smoothly, often with grinding. Synchronizer failure is one cause. Reliably park the lowboy and pull the parking brake. Start the engine, depress the clutch, and shift to 1st or Reverse; check for noise. If noisy, the clutch isn't separating completely. Check pedal free-travel, operation, and reservoir fluid levels. Air may enter the hydraulic clutch system after maintenance. Air shortens the master cylinder stroke, causing incomplete separation. Bleeding steps: (1) Fill the reservoir and raise the vehicle; (2) Install a hose on the slave cylinder bleed valve; (3) Two people: one pumps the pedal and holds; the other loosens the valve until fluid flows; (4) Repeat until the fluid is free of bubbles; (5) Re-check and adjust pedal free-travel; (6) Finally, check the master cylinder fluid level again and top off if necessary.
QProfessional Guide to Oil Tanker & Mobile Refueling Trucks
Professional Guide to Oil Tanker & Mobile Refueling Trucks
Provided by Shine Wang | Hubei Sunny Special Automobile Co., Ltd (CLW Group)
1. Overview and Core Functionality
An oil tanker truck, also known as a mobile refueling vehicle, is a specialized transport solution engineered by CLW Group for liquid fuels including gasoline, diesel, crude oil, and edible oils. Under the technical guidance of Shine Wang, our vehicles feature advanced compartmentalized storage and integrated pump-in/pump-out systems.
Hubei Sunny Special Automobile Co., Ltd strictly adheres to classification principles: transporting edible oils in tanks previously used for chemicals is strictly prohibited to ensure food safety.
Transport Media: Gasoline, kerosene, diesel, vegetable oil, coal tar, and non-petroleum products (alcohols, aldehydes, benzene, ethers).
Chassis Compatibility: We offer custom builds on world-class chassis including ISUZU, HOWO, FOTON, DONGFENG, SHACMAN, and FAW.
2. Technical Specifications & Tank Design
Our engineering team at Hubei Sunny Special Automobile utilizes high-quality materials to ensure long-term durability:
Materials: Standard 4-6mm carbon steel, stainless steel, aluminum alloy, or specialized rubber-lined/fiberglass tanks for corrosive chemicals.
Shapes: Available in square, oval, and round configurations.
Advanced Features: Equipped with multiple anti-surge baffles to maintain a stable center of gravity. Options include computerized tax-controlled fuel dispensers and 15-meter automatic return hose reels.
Safety Testing: Every unit undergoes high-pressure gas leak testing to guarantee structural integrity.
3. Specialized Systems & Safety Components
CLW Group integrates state-of-the-art safety technology into every tanker:
Component
Function & Application
Vapor Recovery System
Captures oil gas during loading/unloading to prevent atmospheric emissions.
Undersea Valve
Emergency shut-off valve installed at the bottom; disconnects in accidents to prevent leaks.
Overflow Sensor
Automatically alarms and cuts the circuit when liquid reaches the warning limit.
Breather Valve
Maintains tank pressure; includes a 70-degree tilt seal to prevent leakage during rollovers.
4. Critical Operation & Maintenance Guidelines
To ensure the longevity of your vehicle and the safety of the operator, Shine Wang recommends the following protocols:
Static Electricity Management
Grounding: Always insert the grounding rod into damp ground before operation.
Anti-static Straps: Must be in contact with the ground during transit to eliminate friction-generated static.
Mechanical Precautions
The "Spark Gap" Warning: Never use the external spark gap method (hanging fire) for spark plugs near a tanker. This is a severe fire hazard.
PTO Care: The Power Take-Off (PTO) is a precision component. Ensure the transmission is in neutral and the PTO lever is correctly positioned before engaging the pump.
Winter Maintenance
Anti-Freezing: If the settling tank freezes, never use open flames. Use hot water, steam, or move the truck to a heated facility.
Pump Care: Drain water from self-priming pumps in winter to prevent the pump body from cracking.
5. Why Choose Hubei Sunny Special Automobile Co., Ltd?
As a core member of the CLW Group, we provide more than just a vehicle; we provide a mobile refueling station. Whether you are operating in remote mines, busy docks, or urban centers, our trucks offer:
High Flexibility: Refuel excavators, ships, or cars anywhere.
Customization: From tonnage options to heated/insulated tank systems.
Reliability: Technical support and genuine parts provided by Shine Wang’s dedicated team.
QOperational Manual and Precautions for Vacuum Suction Trucks
Operational Manual and Precautions for Vacuum Suction Trucks
(Applicable to Dongfeng, Foton, Qingling, and Jiefang Chassis)
1. Overview and Product Design
Vacuum suction trucks are specialized sanitation vehicles designed to collect, transport, and discharge liquid or semi-solid waste such as sludge, sewage, and excrement while preventing secondary pollution.
Positioning: Park the rear of the vehicle as close as possible to the working point and engage the parking brake.
Lubrication Check: Turn the oil box cock handle to a 45° angle with the inlet pipe; verify oil flow in the pipe.
Hose Setup: Open the side box, take out the suction hose, and ensure it is laid out straight without kinks.
B. Suction Operation
Placement: Submerge the hose end into the liquid. Ensure the nozzle remains at least 300mm below the liquid surface during the process.
Valve Setting: Push the four-way valve handle to the vertical position (relative to the ground).
Engaging Power: Shift the transmission to neutral, start the engine, depress the clutch, and pull the PTO switch backward to engage the vacuum pump.
Monitoring: Turn on the buzzer/alarm switch. Monitor the liquid level through the sight glass.
Termination: When the liquid reaches the middle of the sight glass, the buzzer will sound. Immediately pull the hose out of the liquid or close the four-way valve. Disengage the PTO (push forward) and reduce the throttle.
Cleanup: Close the oil box cock, wash the hose, and secure it back in the side box.
C. Discharge Operation
Positioning: Aim the suction hose toward the disposal pit or tank.
Valve Setting: Pull the four-way valve handle to the horizontal position and open the anti-overflow valve.
Discharge: Engage the PTO as described above. The vacuum pump will now pressurize the tank to push the waste out.
Completion: Once empty, disengage the PTO, close the valves, and clean the equipment.
3. Key Maintenance and Safety Precautions
Operational Safety
Optimal Speed: Maintain the vacuum pump at a steady speed. Excessive speed causes overheating; speeds too low cause engine knocking and vibration.
Tipping Hazards: Never tip (tilt) the tank on uneven or sloped ground. This can lead to structural deformation or vehicle rollover.
Rear Door: Always open the rear door locking bolts/clamps before tipping the tank for discharge. Tipping with a sealed rear door shifts the center of gravity dangerously.
Clutch Usage: When engaging/disengaging the PTO, the engine must be at idle, and the clutch pedal must be fully depressed. Release the pedal slowly.
Driving Mode: Ensure the PTO lever is in the neutral (middle) position while driving.
Restrictions and Maintenance
Prohibited Materials: Do not use the vehicle to transport waste oil or hazardous/flammable chemicals.
Maintenance Support: If you must work under a raised tank, always use the safety support bars/stops.
Driving Stability: Since the tanks lack internal baffles, the center of gravity is high. Drive at medium to low speeds; avoid sharp turns or emergency braking.
4. Troubleshooting
High-Pressure Pump Vibration
If the pump shakes during operation, check for:
Air bubbles in the water or clogged intake filters.
Kinked pipes or a blocked spray nozzle.
Solution: Clean filters, straighten hoses, or replace worn intake valves.
Common Emergency Fixes
Fuel/Hose Leaks: Temporary sealing or replacement of ruptured sections.
Slipped Threads: Use oversized bolts or temporary shims for emergency tightening.
Belt Breakage: Ensure a spare engine belt is kept in the tool kit for immediate replacement.
Shine Wang
What's app :0086 18995979503
QHOWO 6.2m Baby Chicken Transport Truck 4X2 Day Old Chicken Transport Truck Details Video
HOWO 6.2m Baby Chicken Transport Truck 4X2 Day Old Chicken Transport Truck
HOWO 6.2m Baby Chicken Transport Truck 4X2 Day Old Chicken Transport Truck is specifically designed for the safe and comfortable transportation of live day-old chicks or other young poultry.
Brand:
SINOTRUK HOWO (a popular Chinese truck brand)
Drive Type:
4x2 (meaning 4 total wheels, 2 of which are driven—a common configuration for light/medium-duty trucks)
Engine:
Usually a Diesel engine, often meeting Euro 5 or similar emission standards
Cab:
Typically a light or medium-duty cab, sometimes with a sleeper option for long-haul comfort
Wheelbase:
Varies, but the 6.2m in the name likely refers to the cargo box length rather than the wheelbase, which would be shorter (e.g., around 3800mm to 4700mm for a van of that size)
Overall Dimensions:
The total length is often around 7m to 8.3m, depending on the exact configuration
Loading Capacity:
Usually in the 1 to 10-ton range, designed to carry a high volume of chicks (often cited as up to 50,000 to 60,000 chicks depending on the box size and stacking configuration)
This video is from Shine Wang from CLW group Chengli Special Automobile Co.,ltd
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