From scorching heat to freezing cold, the King Long XMQ6130E and XMQ6905E run non-stop every day at a mining site in Peru.
No matter how tough the road, King Long electric solution keeps you moving—strong, steady, unstoppable.
Contact with us for your EV solution!
The first of 300 King Long buses is now rolling through Tunisia!
This marks more than just a rollout — it's the start of a journey toward greener, better public transport for Tunisian cities.
With many more buses on the way, we're excited to see how King Long will keep moving communities forward — one ride at a time.
Experience the All-New Changan X5 Plus – A Perfect Balance of Style and Performance
The Changan X5 Plus is a compact SUV that blends bold styling, advanced technology, and exhilarating performance into one package. Designed for drivers who demand more than just transportation, the X5 Plus offers a sporty driving feel while ensuring everyday comfort and practicality.
Driving Experience & Performance
Behind the wheel of the Changan X5 Plus, you’ll immediately notice its responsive handling and confident road presence. Powered by a turbocharged engine, it delivers impressive acceleration while maintaining excellent fuel efficiency—ideal for both city commutes and long highway drives.
The suspension strikes the perfect balance between comfort and sportiness, giving you a smooth ride even on uneven roads, while precise steering makes cornering a pleasure. Whether you’re tackling tight urban streets or enjoying an open road, the X5 Plus makes every journey enjoyable.
Interior Comfort & Technology
Step inside, and you’re greeted by a stylish, modern cabin featuring premium materials, ergonomic seats, and a high-tech infotainment system. The large touchscreen supports seamless smartphone integration, while intelligent voice control lets you manage navigation, calls, and music hands-free.
Ambient lighting, spacious legroom, and generous cargo space make the Changan X5 Plus an excellent choice for both families and adventure seekers.
Safety First
Equipped with advanced safety systems like adaptive cruise control, lane departure warning, blind spot monitoring, and automatic emergency braking, the X5 Plus keeps you and your passengers protected on every journey.
Why Buy from Us?
Our company has over 10 years of experience in exporting vehicles and auto parts to customers worldwide. We specialize in sourcing high-quality Chinese cars like the Changan X5 Plus and shipping them directly to your port with competitive pricing and professional service.
From helping you choose the right model to arranging shipping and providing after-sales support, we make the buying process smooth and worry-free.
Take the Next Step
The Changan X5 Plus is more than just an SUV—it’s your gateway to a stylish, reliable, and exciting driving experience. Contact us today to get the best offer and start your journey toward owning this remarkable vehicle.
Why Use the 41331-1020 Repair Kit?
The Hino truck differential is critical for power distribution, but prolonged heavy-duty use often leads to planetary gear wear, bearing failure, or seal leaks. The Hino 41331-1020 Differential Planetary Gear Repair Kit offers a cost-effective solution (30–50% cheaper than full replacements) to restore differential performance with OEM-grade components:
Heat-treated alloy steel gears for 30% improved durability.
Complete rebuild set including bearings, shims, and seals.
Direct compatibility with Hino 300/500 series differentials.
Torque wrench (50–150 Nm range).
Bearing puller or differential-specific disassembly tools.
Dial indicator for gear backlash measurement.
High-temperature grease (e.g., GL-5 85W-90 gear oil).
Insulated gloves and boots are mandatory when handling components near electrical systems (e.g., nearby sensors or wiring) to prevent accidental shocks1.
Secure the vehicle with hydraulic jacks and safety stands to avoid instability during disassembly4.
Label all removed parts (e.g., axle shafts, drive shafts) to ensure correct reassembly5.
Remove Axle Shafts and Drive Shaft:
Unbolt the drive shaft using a socket wrench, marking alignment positions for reassembly. Extract axle shafts carefully to avoid damaging seals.
Drain Gear Oil:
Place a drain pan beneath the differential housing and remove the fill plug.
Disassemble Planetary Gear Set:
Extract the cross shaft retaining pins, then remove planetary gears, sun gears, and shims. Note shim thickness and order—critical for backlash adjustment4.
Check Bearings and Seals:
Inspect bearings for pitting or discoloration. Replace if wear exceeds 0.1 mm.
Assemble New Gears:
Lubricate gears with high-temperature grease and install them in the original sequence. Ensure smooth meshing between the sun gear and planetary gears.
Replace Bearings and Seals:
Use a press tool to install new bearings, maintaining vertical alignment. Install dual-lip seals for enhanced leak prevention.
Measure Backlash:
Use a dial indicator to check gear clearance (standard: 0.10–0.15 mm). Adjust shim thickness as needed4.
Torque Specifications:
Tighten bearing cap bolts incrementally (80–100 Nm) in a cross pattern to ensure even pressure distribution.
Refill Gear Oil:
Use Hino-approved GL-5 85W-90 oil (1.5–2 liters).
Road Test:
Conduct low-speed tests to detect abnormal noises (e.g., whining or grinding). Verify smooth power transfer during acceleration.
| Symptom | Likely Cause | Solution |
|---|---|---|
| Post-installation noise | Incorrect gear backlash | Re-measure and adjust shims |
| Oil leaks | Misaligned seals | Reinstall seals with proper tools |
| Overheating | Insufficient lubrication | Verify oil level and quality |
Primary Keywords:
Hino 41331-1020 rebuild kit, Hino differential repair guide, OEM Hino planetary gear set.
Long-Tail Keywords:
How to adjust differential gear backlash, Signs of Hino differential failure, Heat-treated Hino gear kit benefits.
Add a video tutorial (e.g., gear meshing verification) to improve user engagement.
Link internally to related articles like “Top 5 Symptoms of Hino Differential Failure”.
Alt Tags:
Hino 41331-1020 Differential Rebuild Process – Professional Installation.
File Names:
hino-41331-1020-differential-repair-kit-installation.jpg.
High-temperature environments accelerate component wear; using heat-treated gears reduces failure rates by 25%4.
Google Trends shows a 12% annual increase in searches for differential repair kits, with peak demand in North America and Australia14.
Original Content Notice: This guide was created by [Your Company Name]’s technical team. Reproduction without permission is prohibited.
Recommended Reads:
How to Diagnose Hino Differential Gear Wear: A Mechanic’s Checklist.
OEM vs. Aftermarket Truck Parts: Cost and Performance Comparison.
This blog integrates technical depth, safety protocols, and SEO best practices to attract targeted traffic while ensuring user safety and operational efficiency.
Think all buses are the same? Think again.
King Long C12E — Smart Looks. Smooth Moves.
Spacious on the inside, with an aircraft-style cabin, ambient lighting, and a 2m-high interior—built for comfort and style.
From front to rear, the C12E is designed to deliver a refined, spacious, and intelligent ride for both drivers and passengers.
Green Mobility for Nepal!
Exciting news! 225 units King Long pure electric minivans are on their way to Nepal!
Marking another milestone in our commitment to sustainable transportation.
As Nepal accelerates its journey towards a greener future, King Long is proud to contribute with our innovative, eco-friendly, and high-performance electric vehicles.
These vans will not only reduce carbon emissions but also provide a efficient, and reliable mobility solution for local communities.
Stay tuned as we continue to drive the future of green transportation worldwide!
121 brand-new 100% electric King Long XMQ6900G buses have arrived in Chile. They will become part of Copiapó’s public transportation system, making it the first city in Chile to operate a fully electric urban bus fleet.
This marks a historic milestone in Chile’s e-mobility journey and a proud step toward cleaner, quieter, and smarter public transport.
Together, we’re moving cities toward a greener tomorrow.
Introduction to ISUZU concrete mixer truck
With the rapid development of domestic infrastructure projects, concrete has become the backbone of modern construction. The efficient transportation of ready-mixed concrete relies heavily on professional concrete mixer trucks, which are an important link between mixing plants and construction sites. These advanced vehicles combine automotive mobility with precise mixing technology to ensure that concrete maintains optimal consistency during transportation.
The core components of a ISUZU concrete mixer truck
1. Truck mixer chassis: the foundation
Function: Serves as the structural foundation and mobile platform
Features:
- Heavy-duty frame designed specifically by vehicle manufacturers
- Designed to support vehicle weight and concrete payload
- Equipped with reinforced suspension for increased carrying capacity
Importance: Determines the truck's carrying capacity and road performance
2. Power Take-off (PTO) system
How it works:
- Extracts engine power without affecting vehicle operation
- Transmits power through couplings to drive hydraulic pumps
Main functions:
- Rotates the mixing drum
- Provides power for all mixing operations (charging, mixing, unloading)
Technical advantages: Maintains full functionality of the vehicle while operating the mixing system
3. Mixing drum: the heart of the system
Structural design:
- Unique double cone shape with a cylindrical center
- Made of high-grade wear-resistant steel
- Dual continuous helical blades for optimal performance mixing
Innovative features:
- Secondary mixing blades between the main helices for enhanced homogenization
- Precision welded raceways for smooth rotation
- Reinforced rear cone with annular support ring
Capacity options: Available in single or double cone configurations depending on capacity requirements
4. Material handling system
Loading components:
- Specially designed wide-opening feed hopper
- Reinforced chute system for precise material guidance
Discharging mechanism:
- Adjustable sliding discharge chute
- Hydraulic lifting system for optimal positioning
- Quick release mechanism for easy cleaning
Positioning: Strategically mounted at the rear for efficient field operation
5. Support frame system
Structural integration:
- Heavy-duty subframe structure
- U-bolt mounting system for secure chassis connection
Vibration control:
- Special rubber shock-absorbing strips
- Designed to absorb operational stresses
Load management: Evenly distributes the weight of concrete on the chassis
6. Rotary drive system
Power transmission:
- Heavy-duty gear reducer
- Precision-engineered gear transmission with stable torque
Performance features:
- Variable speed control function
- Overload protection mechanism
- Sealed lubrication system for durability
The modern concrete mixer truck embodies the perfect combination of mechanical engineering and practical functionality. Its carefully engineered components work together to:
- Maintain concrete quality during transport
- Ensure reliable operation in demanding conditions
- Efficiently move materials on the job site
- Extend service life through rugged construction
Understanding this advanced system architecture helps operators maximize performance while enabling maintenance teams to properly care for these important construction vehicles. As infrastructure demands grow, continued advancements in mixer truck technology will further improve their efficiency and reliability on the job site.
Do you need more details on any specific subsystem or operating considerations? Please check below website:
https://www.isuzuvehiclescl.com/isuzu-concrete-mixer-truck
ISUZU Concrete mixer trucks, commonly known as "cement mixer trucks", are essential vehicles for efficient transportation and mixing of concrete in construction. They consist of a special chassis with integrated rotating drum and hydraulic mixing system. This article will explore the key components and working principles of these vehicles.
A. Main components of concrete mixer trucks
1.1 Chassis and power system
- Most Chinese-made mixer trucks use a standard Class II commercial truck chassis.
- Power comes from the vehicle engine, which drives the hydraulic pump through the power take-off (PTO) system.
1.2 Power take-off (PTO) device
- Transmits engine power to the hydraulic system.
- Engage/disengage mixing operation through the control switch.
- Ensure that the drum rotates forward for mixing and reverses for unloading.
1.3 Hydraulic system
- Converts mechanical energy from the PTO into hydraulic energy.
- The variable pump drives the hydraulic motor, which in turn drives the mixing drum to rotate.
1.4 Speed Reducer (Gearbox)
- Reduces high-speed motor output to optimum drum speed (typically 2-6 RPM).
- Ensures smooth, controlled mixing.
1.5 Mixer Drum
- Made of high-strength, wear-resistant steel.
- Contains spiral blades inside for:
- Mixing concrete by lifting and tumbling the material.
- Efficient unloading when reversing.
- Drum capacity typically ranges from 3 m³ to 12 m³, depending on truck size.
1.6 Operating Mechanism
- Controls:
- Direction of rotation (forward for mixing, reverse for unloading).
- Speed (adjustable for different mixing stages).
1.7 Cleaning System
- Flushes residual concrete to prevent hardening.
- Cools the hydraulic system during operation.
- Some models include a drying function for special materials.
B. Working Principle
2.1 Power Transmission
The truck engine drives the Power Take-Off (PTO), which in turn activates the hydraulic pump.
The hydraulic pump delivers high-pressure oil to the hydraulic motor, which converts hydraulic energy into mechanical rotation.
2.2 Mixing process
The mixing drum rotates clockwise (forward) during transport, keeping the concrete moving and preventing settling.
The spiral blades lift and tumble the mix to keep it at a uniform consistency.
2.3 Discharging process
The mixing drum rotates counterclockwise (reverse), pushing the concrete outward through the blades.
Control the discharge speed to ensure accurate positioning.
2.4 Cleaning and maintenance
After discharging, the mixing drum needs to be flushed to prevent concrete buildup.
Cool the hydraulic system to maintain efficiency.
2.5 Key considerations for optimal performance
- Blade integrity: Worn or damaged blades can cause uneven mixing and material segregation.
- Hydraulic system maintenance: Regular inspections prevent leaks and ensure smooth rotation of the mixing drum.
- Load capacity: Overloading can cause inefficient mixing and mechanical stress.
- Speed control: Proper adjustment prevents concrete separation or spillage.
Concrete mixer trucks combine mechanical, hydraulic and structural engineering to efficiently deliver ready-mixed concrete. Understanding their components and working principles ensures their proper functioning, maintenance and longevity. Whether for small (3-6 cubic meters) or large (9-12 cubic meters) loads, these machines are indispensable in modern construction.
With rising temperatures and the rapid development of cold chain logistics, refrigerated trucks are becoming increasingly important in today's market. Choosing the right refrigerated truck requires careful consideration of three core components: chassis, refrigerated compartment and refrigeration unit, each of which is critical to ensuring the vehicle performs optimally for your specific transportation needs.
Chassis selection: the foundation of refrigerated trucks
The chassis is the backbone of refrigerated trucks, and its selection is mainly based on cargo capacity and transportation distance. Light truck chassis are ideal for short-distance transportation, while heavy-duty chassis or semi-trailers are more suitable for medium- and long-distance transportation with heavier loads. Buyers are faced with the choice of sourcing the chassis themselves or entrusting the refrigerated truck manufacturer to purchase it. Contrary to popular belief, manufacturers often obtain better prices by establishing good cooperative relationships with chassis suppliers, while also ensuring the best modification compatibility. This professional approach usually provides a more suitable and economical chassis solution for refrigerated truck production. Here we recommend the chassis of ISUZU.
Refrigerated compartment: Tailored to your cargo needs
Refrigerated compartments need to be carefully configured according to the specific cargo characteristics. Special modifications include stainless steel meat hooks for transporting fresh meat, ventilated floor walkways for long and thin items, or multi-functional designs for frequent loading and unloading operations. While some consider converting standard cargo containers into refrigerated units to save costs, this approach has proven to be undesirable. Standard containers are usually made of iron or steel, have poor insulation and are prone to rust, making them fundamentally unsuitable for reliable cold chain applications. Specialized refrigerated compartments use appropriate insulation materials and structural designs to maintain constant temperatures and prevent contamination.
Refrigeration Units: The Heart of Temperature Control
Selecting the right refrigeration unit requires consideration of three key factors: power configuration, temperature range, and manufacturing location. Dependent units are economical and suitable for short-distance delivery (within 7 meters), powered by the vehicle engine, but lack performance stability. Self-contained units are equipped with dedicated engines and generators to provide reliable cooling and are not affected by vehicle operation, which is critical for long-distance transportation of more than 7 meters. Temperature requirements determine the choice between deep freeze units (lower temperature, higher cost) and fresh-keeping units (moderate cooling, economical), while budget and performance expectations determine whether to choose imported units (excellent performance) or domestic units (economical). Imported units are particularly good at precise temperature control, especially for demanding applications such as semi-trailer refrigerated transportation.
By carefully evaluating these three basic components based on your specific transportation needs, cargo characteristics and operating budget, you can choose a refrigerated truck solution that provides reliable performance, optimal efficiency and long-term value in today's competitive cold chain logistics environment. Know more about our ISUZU Refrigerated Truck from https://www.isuzuvehiclescl.com/.