Common Corrosion and Preventive Measures for ISUZU Fire Trucks
Anti-corrosion of ISUZU fire trucks is very important, because fire trucks often need to face various harsh environmental conditions and chemical substances, such as humid climate, strong acids and alkalis, etc. If the fire truck does not take effective anti-corrosion measures, the metal parts will be affected by corrosion, resulting in damage to the vehicle body structure and reduced functionality. This will seriously affect the reliability and service life of the fire truck, and will also endanger the life safety of personnel and the effectiveness of fire extinguishing. Therefore, regular anti-corrosion maintenance and upkeep of fire trucks is crucial. This includes the repair and renewal of coatings, maintenance and cleaning of paint surfaces, anti-rust treatment of metal parts, etc. Through effective anti-corrosion measures, fire trucks can be protected from corrosion, extend their service life, and ensure that they are always in good working condition, thereby ensuring the smooth progress of fire rescue work.
1. Common forms of corrosion
A.Pitting corrosion
During the use of fire trucks, a form of corrosion that often occurs is pitting corrosion, which is also harmful to fire trucks.A type of corrosion that is highly destructive and often appears on fire trucks in coastal areas. This is mainly because coastal areas.The air environment in which the district fire trucks are located contains a large amount of chloride ions. These chloride ions promote the occurrence of pitting corrosion.It is easy to cause metal materials such as aluminum alloy or stainless steel on the surface of the fire truck to be corroded and damaged by the action of chlorine ions.
B. Crevice corrosion
Fire trucks can have crevice corrosion problems in the following places. One is the attachment on the metal surface of the fire truck or sediments, including sand, dust, etc., will cause crevice corrosion; second, non-metallic and metal fire trucks.In the connection area, most fire trucks in my country are currently manufactured using steel materials, with appropriate use of glass, rubber and plastics and other nature materials, so fire trucks have many connections between other materials and metals.It is agreed that crevice corrosion occurs; third, the threads, welding and riveting on the vehicle connect the metal structures.Square, crevice corrosion is also common.
After crevice corrosion occurs in fire trucks, it will reduce the strength and performance of related parts and affect the relationship between various components.The degree of connection fit and the increasing crevice corrosion of objects will continue to increase the impact of corrosion products on fire trucks.Local stress effects undoubtedly increase the difficulty in assembling fire trucks.
C. Galvanic corrosion
Galvanic corrosion occurs when there is a conductive connection between two pieces of metal with different electrical potentials.When exposed to moisture (electrolyte), active metals (low electrode potential) will be corroded.This corrosion phenomenon is called "galvanic corrosion", also known as "dissimilar metal contact corrosion". Galvanic corrosion of fire trucks in use.Corrosion often occurs where different metals are connected or in contact. This is mainly because the manufacture of fire trucks not only uses.Steel materials and some other metal materials are also used. When different metal materials are connected and contacted, due to the existence of electricity.Potential difference, once there is a large potential difference, galvanic corrosion will occur, and the degree of corrosion is proportional to the potential difference.
2. Treatment measures
A. Effective fire truck corrosion protection measures
(1) Anti-corrosion of steel components
The main load-bearing components of fire trucks (such as booms, turntables and subframes) are still mainly made of steel. Want to achieve elimination.To achieve good anti-corrosion performance of the vehicle, it is necessary to do a good job in the corresponding corrosion protection design of the steel structure. effective fire protection.Vehicle corrosion protection design can start from the following two aspects to achieve anti-corrosion purposes.On the one hand, metal contacts or connections should be avoided as much as possible during the overall design process, which can effectively.To prevent pitting corrosion, use insulating clips and other effective insulation measures when metal joints are involved to reduce the occurrence of corrosion problems, a reasonable non-metallic layer is designed taking into account the application conditions of cathode materials and anode materials coverage, and try to avoid designing small cathode or large cathode structures. The replacement operation is simple and low-cost.The anode material can achieve effective cost control and reduction on the basis of anti-corrosion effect.
On the other hand, when designing connection problems, galvanic corrosion and crevice corrosion factors must be fully considered.For threaded and riveted connections, use welding with better anti-corrosion properties. For some places that require lap welding,in order to adopt a butt welding method that can effectively prevent corrosion, it is worth noting that the welding must be thorough when welding.Only on this basis can corrosion phenomena caused by gap problems be avoided. Target some edges in the weld Sharp corrosion hazards, flexible use of vertical welding technology to minimize corrosion hazards.The safety of fire trucks is mainly reflected in the load-bearing safety of the fire truck chassis and body frame.Metal or metal products are prone to chemical or electrochemical reactions with their surrounding media, causing the metal to be corroded, damaged and corroded.The metal loses its original appearance and metal products lose their functions and are scrapped. Ensure the corrosion resistance of fire trucks and improve productivity.To ensure the quality of the fire truck, extend the service life of the fire truck and ensure the safety of the fire truck, the manufacturer must ensure the fire truck body.In order to achieve near-perfect painting, the fire truck’s internal and external surfaces were fully painted.
(2) Anti-corrosion measures in fire-fighting liquid tanks
The fire fluid tank is a container used to store water, Class A foam liquid or Class B foam liquid. It is an important part of the fire truck pieces. Once leakage occurs, it will affect the use of the vehicle. Nowadays, the material of firefighting liquid tanks is mainly 304 stainless steel host. Due to the different acidity, alkalinity and electrolytic properties of water, Class A foam liquid or Class B foam liquid, they need to be stored during storage.Different anti-corrosion measures should be used. Each is explained below.
First of all, there are problems such as weld gaps and welding slag during the welding construction process of the tank, which are harmful to the anti-corrosion of the tank.It is relatively large, so during the construction process and after the welding is completed, the welds and welding slag in the tank must be fully processed in a timely manner.We know that when the gap is between 0.025-0.1mm, the sensitivity of crevice corrosion will greatly increase; welding fly Splash will destroy the passivity of the stainless steel surface, causing the stainless steel to be partially activated and become a thin layer for pitting corrosion to occur.
Weaknesses: During the processes of blanking, bending, and transfer, it is inevitable that certain damage will be caused to the surface of the stainless steel.Destroy, causing stainless steel to be contaminated by iron ions and cause pitting corrosion. After the tank welding is completed, it is necessary to enter the inside of the tank.Clean up the welding nodules, welding slag, spatter, oxide scale, etc. produced by welding to create a good foundation for coating anti-corrosion.Engineering basics. After cleaning the weld, use sealant to fill the intermittent weld to prevent water or foam from entering the weld.
Anti-corrosion treatment in water tanks: Fire-fighting tanks generally store tap water, which is often replenished nearby during fire rescue.Rivers, lakes and other natural water sources. Generally, tap water is disinfected with chloroform, which will inevitably contain some Charged chloride ions, and there are more impurity ions in natural water sources such as river water and lake water. These water will be directly.Filling stainless steel water tanks accelerates the corrosion of stainless steel. Therefore, the water tank should be anti-corrosion, mainly.The method is to use coating to prevent corrosion. Since the water stored in fire water tanks can not only be used to extinguish fires, it may also be used in disaster relief.Since drinking water is transported to China, the coating used for internal anti-corrosion should be non-toxic. H52-33 type epoxy anti corrosive paint.The paint film is tough, resistant to salt, alkali and water, and has good resistance to salt spray and damp heat. It is used for industrial steel equipment and pipes.The protection of pipelines, drinking water systems and water treatment systems meets the requirements for internal anti-corrosion of fire water tanks.
Anti-corrosion treatment inside the foam liquid tank: Generally, the foam liquid tank is made of stainless steel. After the fire-fighting liquid tank is welded its.Anti-corrosion process: oil removal, pickling, passivation, cleaning, neutralization and paint treatment. After the welding of the tank square box is completed. The surface, upper cover plate and weld bead are pickled and passivated, the upper cover is welded, and the edge weld bead is passivated. The foam liquid will react chemically with the epoxy asphalt coating, causing the epoxy asphalt coating to fall off in pieces, so the foam will disappear.Liquid-proof tanks cannot be anticorrosive with epoxy asphalt paint, and anticorrosive paint should be used.
(3) Anti-rust requirements for connecting parts
Connectors are mainly components that realize the connection between parts, such as bolts, screws, rivets and other connecting fasteners, and pins. Connectors are all stress-bearing parts, and effective surface treatment methods should be used to avoid rust, which may cause unreliable connections or even cause connection failure and loss of vehicles. These parts generally do not use paint surface spraying, but use surface treatment technology. There are mainly galvanizing, chromium plating, Dacromet and QPQ treatment methods.
Electroplating process: The process of using electrolysis to form a uniform, dense, and well-bonded metal or alloy deposition layer on the surface of a workpiece. Mainly galvanized and chrome plated. The coating adopts electro-galvanizing process and color passivation treatment. The corrosion resistance of the passivation film is tested according to the neutral salt spray test (NSS) method specified in GB/T 10125. Within the test time of 120 hours, there should be no red color on the surface of the sample. Corrosion products or yellow corrosion products appear. The corrosion resistance of electroplated hard chromium parts is tested according to the neutral salt spray test (NSS) method specified in GB/T 10125. Within the test time of 96 hours, there should be no red corrosion products or yellow corrosion products on the surface of the sample.
QPQ means "Quench-Polish-Quench", which is the salt bath composite treatment technology, which refers to the process of oxidation, polishing and re-oxidation after salt bath nitriding. The test is carried out according to the neutral salt spray test (NSS) method specified in GB/T 10125. Within 160 hours of the test time, no red corrosion products or yellow corrosion products should appear on the surface of the sample.
The Dacromet process, also known as "zinc-chromium coating", refers to dipping, brushing or spraying water-based zinc-chromium coatings on the surface of steel parts or components. After baking, the flaky zinc and zinc chromates are formed. Mainly composed of inorganic anti-corrosion coatings. The corrosion resistance of Dacromet treated parts is tested according to the neutral salt spray test (NSS) method specified in GB/T 10125. Within the test time of 1000 hours, there should be no red rust on the surface of the sample.
Bolt and screw connections. In addition to using stainless steel, the main surface treatment processes include blackening,Galvanizing, chrome plating, dacromet process. Grade 8.8 bolts, screws, grade 8 nuts, spring washers (specification ≤12).For standard fasteners such as flat washers and springs and non-standard fasteners, taking into account cost factors, electro-galvanizing is preferred.Art, color passivation treatment. Bolts and screws of grade 10.9 and above, nuts and spring washers of grade 10 and above (standard Size ≥14) and parts that require strict control of dimensional errors can only use the Dacromet process.
Pin surface treatment requirements and precautions. Since the surface of the pin shaft generally bears large forces, the surface is.It should have the effect of enhancing surface hardness, so the surface treatment of pins should be electroplated hard chromium and QPQ processing technology.Hard chromium plating: roughness requirement Ra≤0.8, pins and shafts that need to be reserved for grinding, surface.The hard chrome plating process is used for processing; the absolute value of the dimensional tolerance of the drawing is ≤0.05, and a margin needs to be reserved for grinding the pins.For shaft parts, the surface treatment adopts hard chromium plating process; the assembly accuracy is high during assembly and use, and it often occurs.For worn pins and shafts, use hard chromium plating for surface treatment; drawing size diameter <20mm, length>.For pins and shafts within the 300mm range, considering factors such as high-temperature deformation, hard chromium plating is used as the surface process.QPQ processing: The absolute value of the drawing dimensional tolerance is >0.05, no processing allowance is left, and no processing is required after processing.For pins and shafts, the QPQ process is preferred for surface treatment; the roughness requirement is ≥1.6, and no machining allowance is left.For pins, shafts, etc. that do not need to be processed later, the QPQ process is preferred for surface treatment.
B. Application of new corrosion-resistant materials
In recent years, with the rapid development of science and technology in our country, undertakings in various fields have achieved certain reforms and developments. The fire truck manufacturing industry is no exception. More and more high-strength metal materials are being applied to the structure of fire trucks. These high-performance materials increase the operating performance of fire trucks and improve corrosion prevention capabilities. The scientific and rational application of corrosion-resistant materials can significantly improve the anti-corrosion capabilities of fire trucks. The body of the fire truck is made of galvanized steel, which not only increases the corrosion resistance of the fire truck, but also effectively extends the service life of the fire truck. Driven by the green design and manufacturing of national products, materials with light density and strong corrosion resistance such as aluminum alloys and composite polymer materials are gradually being used in fire trucks. Aluminum alloy is used in the body of the fire truck, and composite polymer materials are used in the fire fluid tank and body of the fire truck, taking advantage of the light weight and good corrosion resistance of the material to improve the reliability of the fire truck.
C. Vehicle storage
During the use and storage of fire trucks, attention should be paid to moisture-proof work to ensure that the humidity of the atmospheric environment where the fire trucks are located is within a certain range to avoid corrosion problems. Generally speaking, the atmospheric humidity range of 30%-50% is better for fire truck anti-corrosion. When controlling the atmospheric humidity range, you can use moisture-proof methods such as cold water or heated air, and use military water absorbent, sodium chloride, activated carbon or silica gel. and other auxiliary materials to achieve moisture-proof purposes. If you want to better improve the anti-corrosion ability of fire trucks and extend their service life as much as possible, you must implement daily dust-proof treatment work, which can effectively reduce crevice corrosion. Relevant staff should regularly clean the fire trucks and remove attachments and dust on the surface of the vehicles. This not only achieves effective anti-corrosion maintenance, but also makes the fire trucks more tidy and beautiful.
D. Take corrosion inhibitor method
In the context of the rapid development of fire truck manufacturing and application in my country, corrosion inhibitors are easy to use and operate,It has the advantages of low cost, high efficiency and less use of preservatives, and has been vigorously promoted and applied to fire truck metal.In the protection, it has a good protective effect. At the same time, appropriate use of advanced technology, filling methods and application of inhibitors can promote the anti-corrosion performance and service life of fire trucks.
E.Corrosion repair
Fire truck rust repair is an effective measure to solve the problem of fire truck corrosion. During the storage and use of the vehicle, the corrosion situation of the fire truck should be checked on a regular basis to ensure that corrosion problems can develop in a timely manner, the cause of the corrosion can be found, and effective maintenance measures should be taken to deal with it reasonably. When dealing with the corrosion problem of fire truck exterior paint, the rust layer caused by corrosion must first be removed to reveal the true color of the metal; then apply a suitable metal anti-rust coating on it; after it dries, apply topcoat. This can achieve good maintenance after repairs. In addition, brush plating, spray coating, etc. are all effective and practical coating methods for anti-corrosion repair and maintenance, and can be used flexibly according to specific corrosion conditions. In summary, through the common corrosion principles of fire trucks, from the aspects of vehicle anti-corrosion design, construction, vehicle storage and rust repair, it is explained how fire trucks can avoid the damage caused by corrosion to the vehicle, improve the completeness of the vehicle, and have a positive impact on fire trucks. Its design, use and maintenance have a positive effect.
Isuzu Giga QL1180JQFRCY 4HK1-TCG62 Truck Mounted Crane (also often called ISUZU 4HK1-TCG62 225HP Boom Crane Truck or GIGA ISUZU 225HP 10t Straight Boom Truck-Mounted Crane) have a very simple structure, consisting of a Isuzu GIGA cab chassis truck with model QL1180JQFRCY, a trailer, and a boom mounted on the front or rear of a flatbed cargo box. However, the boom of a truck-mounted crane is more versatile, operating like an arm with movable wrists and hands, enabling it to perform various lifting and unloading operations more flexibly. Isuzu Giga QL1180JQFRCY 4HK1-TCG62 225hp Telescopic Boom Truck front right view Isuzu Giga QL1180JQFRCY 4HK1-TCG62 225hp loader crane truck side view QL1180JQFRCY ISUZU cab chassis truck mounted mobile crane rear right view QL1180JQFRCY ISUZU cab chassis truck mounted mobile crane rear right view Factory Isuzu Giga QL1180JQFRCY 4HK1-TCG62 cab chassis truck CAD drawing 4HK-TCG62 Mobile crane truck GIGA 225HP loader crane ISUZU GIGA Loader crane ISUZU QL1180JQFRCY 4HK1-TCG62 cab chassis truck name plate picture ISUZU QL1180JQFRCY 4HK1-TCG62 cab chassis truck front view Powerstar Trucks as the most professional manufacturer of Isuzu truck-mounted cranes, providing customized truck-mounted crane services for the entire range of Qingling Isuzu models. From the 100P and KV800 series for light trucks, to the FVR and 700P series for medium trucks, and even the GIGA VC66 series for heavy trucks, we can precisely match your needs. Leveraging the superior performance of the Isuzu chassis, our Isuzu cargo truck-mounted cranes combine powerful performance with stable load-bearing capacity, covering a full range of lifting capacities from 2 tons to 50 tons, meeting the diverse needs of urban delivery, construction projects, and logistics transportation. We also support personalized customization, creating efficient and reliable exclusive lifting and transportation solutions for you.
Learn More
QL4250BEV Isuzu EV series Pure Electric Semi Tractor trucks, also named Isuzu GIGA Pure electric tractor trucks, New energy Isuzu Prime mover truck or Electric Isuzu semi trailer tractor truck. is a 6×4 pure electric tractor jointly developed by Qingling Motors and Isuzu, specifically designed for medium- and long-distance logistics transportation. This model utilizes a lightweight, high-strength steel frame, with a total vehicle weight of 8.97 tons, significantly reducing energy consumption while ensuring load-bearing capacity. Its 25-ton gross vehicle weight and 39.9-ton towing capacity meet heavy-duty transportation needs. » Main Features: Supplier: POWERSTAR TRUCKS ▶ Battery Model: SUNWODA 352kwh ▶ Drive motor: BOSCH TZ230XS004 510KW Max ▶ Brake system: ABS+EBD+ESP ▶ Towing capacity: 40 Tons » 1 Power Ststem: ▶ Battery Model: SUNWODA 352kwh ▶ Drive motor: BOSCH TZ230XS004 510KW Max ▶ High performance Battery: Fireproof and explosion-proof ▶ The highest Isuzu factory assembly standard ▶ Durable chassis frame Equipped with dual permanent magnet synchronous motors (Bosch TZ230XS004), with a peak power of 510kW and a rated power of 330kW, it delivers strong power output. It features a Sunwoda 352kWh lithium iron phosphate battery pack, supports fast charging technology, and offers a range of up to 300 kilometers under typical operating conditions, meeting the all-weather operational needs of intercity logistics. 2. Intelligent Configuration Equipped with ABS+EBD braking system, Electronic Stability Program (ESP), and tire pressure monitoring system to enhance driving safety. The cab features an ergonomic design, a multi-function steering wheel, power windows, and manual air conditioning for a comfortable driving experience. ▶ Classisical GIGA cabin design ▶ Easy to operation ▶ 100% human engineering 3. Chassis and Suspension System Wheelbase 3800+1370mm, using a 2-leaf-spring front and 4-leaf-spring rear suspension structure. The front axle has a permissible load of 7000kg, and the rear axle has a permissible load of 18000kg (two axles). 295/80R22.5 tires provide good grip and adaptability to complex road conditions. ▶ Low center of gravity design of the chassis ▶ 50 Traction pin 4. Environmental Protection and Economic Benefits Zero-emission design helps logistics companies achieve carbon neutrality goals. Compared with traditional diesel vehicles, operating costs are reduced by more than 40%, and the battery pack warranty policy is industry-leading.
Learn More
In 2026, the New GVW 10550KG KV800 4JZ1-TCG62 cab chassis truck, with its superior chassis performance, became a trusted "wealth-creating partner" for many truck drivers. This light truck chassis is based on a medium-duty truck platform and integrates Isuzu's advanced technology, providing reliable support for urban delivery, intercity transportation, and operations in complex road conditions. 2026 New GVW 10550KG KV800 4JZ1-TCG62 cab chassis truck USD22600 » Ⅰ.2026 KV800 cabin chassis truck information: The KV800 chassis is built on Isuzu's medium-duty truck platform, featuring an 850mm ultra-wide frame design that significantly improves torsional rigidity, ensuring stability even on rough roads and effectively reducing cargo damage from bumps. Its wheelbase ranges from 3360mm to 5200mm, offering multiple options to flexibly adapt to different transportation scenarios, easily handling both narrow city streets and intercity highways. ▶ Engine Model: 4JZ1-TCG62 ▶ MYY transmission ▶ 4x2 drive (4x4 for optional) ▶ A/C standard ▶ Engine Model: 4JZ1-TCG62 ▶ Power: 180hp ▶ Compactor body: 6cbm to Max 12cbm ▶ Operation: PLC electric contorl Condition 100% Brand New Steering Left (customized to be Right Hand Drive) Emission Standard Euro 6 Brand Name ISUZU KV800 Place of Origin China Exporter Powerstar TRUCKS Segement Medium duty truck Market Segement Logistics transportation Engine Brand ISUZU Fuel Type Diesel Engine Gapacity 2.999L Cylinders 4 Horsepower 132kw / 180hp Gear Box Brand ISUZU brand MYY 6 shift Manual Gearbox Transmission lype Manual Transmission Maximum Torque(Nm) 510 Nm Size 8912*2200*2450 Cargo Tank Dimension 8600*2400*600mm Cargo Tank length ≥6m Cargo Tank Type Chassis Gross Vehicle Weight 10550 kg capacity(Load) 5-6T Fuel Tank Gapacity 100L / 150L Drive Wheel 4x2 / 4X4 Passengers 2+1 Driver's Seat Manual Adjustable Seat Rows Single row without sleeper Rear Camera Optional Cruise Control Manual ABS(Antilock Braking System) Yes Touch Screen Yes Multimedia System Yes Window Electric Air Conditioner Manual Tire Number 6+1 (One spare tire) After-sales Service Proviced Onsite Installation, Viceo technical support, Overseas Gall GentersReturn and Replacement, Field installation, commissioning andtraining, Online support, Free spare parts, Field maintenance andrepair service Product name Medium Duty Gargo Truck Chassis Brand ISUZU KV800 Engine 4JZ1-TCG62 Golor Customer's Reguest This chassis boasts a 10-12T+ load capacity, easily accommodating heavy cargo such as building materials, steel, and industrial equipment, enabling truck drivers to achieve their "the more you carry, the more you earn" profit goals. This design not only improves transportation efficiency but also reduces operating costs, making it a top choice for efficient logistics. » 2. 4JZ1-TCG62 Engine: The 4JZ1 engine employs 1800bar ultra-high-pressure fuel injection technology, resulting in more precise fuel injection and more thorough fuel-air mixing, thereby improving combustion efficiency and power output. Furthermore, the more complete combustion process helps reduce fuel consumption. ▶ Model: 4JZ1-TCG62 ▶ Brand: Isuzu ▶ Series: 4JZ1-TC Series ▶ Intake Type: Inline four-cylinder, turbocharged and intercooled ▶ Number of Cylinders: 4 ▶ Fuel Type: Diesel ▶ Cylinder Arrangement: Inline Ultra-high pressure fuel injection: Employs 1800bar ultra-high pressure fuel injection technology to improve combustion efficiency and power output. ECONO mode: Automatically activates fuel-saving control programs based on vehicle load and road gradient via the vehicle's computer, reducing fuel consumption. ECOstop technology: Features automatic start-stop function to reduce fuel consumption during traffic jams and waiting times. » 3. KV800 chassis application: Applicaiton: Garbage Compactors ▶ Engine Model: 4JZ1-TCG62 ▶ Power: 180hp ▶ Compactor body: 6cbm to Max 12cbm ▶ Operation: PLC electric contorl Applicaiton: Cargo Trucks ▶ Engine Model: 4JZ1-TCG62 ▶ Power: 180hp ▶ Body size: 5500x2200x2400mm ▶ Hydraulic platform: Optional Applicaiton: Tanker Trucks ▶ Engine Model: 4JZ1-TCG62 ▶ Power: 180hp ▶ Capacity: 6,000L~12,000L ▶ Other: Fuel, Water and othter material
Learn More
QL5440TZZW7VDHY Isuzu Giga AMT 520hp 8x4 Chassis Cab Trucks hot sale USD72330, 2026 Giga Isuzu Chassis Cab Trucks 520hp is a powerful asset in the commercial transportation industry, offering unmatched efficiency, reliability, and regulatory compliance. Designed for heavy-duty logistics, this vehicle plays a pivotal role in large-scale freight operations across construction, mining, agriculture, and long-haul delivery sectors. Its design not only supports higher payload capacity but also enhances safety, reduces operational costs, and ensures adherence to federal transportation standards. Below is a detailed breakdown of the key commercial advantages that make the 12-wheeler an indispensable investment for growing logistics enterprises. 30units Isuzu Giga AMT 520hp 8x4 Chassis Cab Trucks hot sale USD72330 Front view GIGA chassis cab Side view ISUZU 8x4 Rear left view GIGA 12 wheels GIGA ISUZU 12-wheeler AMT Cab chassis trucks are built for long-term resilience under extreme operational demands. Their construction involves high-tensile steel frames, reinforced axles, and rugged undercarriages designed to withstand continuous stress, heavy loads, and harsh environments. Key components such as the chassis, suspension, and drivetrain are manufactured using wear-resistant materials and protective coatings to combat corrosion, vibration, and fatigue. This durability is crucial in industries like mining, construction, and long-distance freight, where downtime can be costly. » 1. Applicaitons of GIGA 8x4: Truck Type Primary Use Cargo Protection Load Flexibility Industry Application Tipper Truck Bulk material dumping Low (open bed) Medium Construction, Mining Cement Mixer Concrete transport Medium (sealed drum) Low (specific material) Construction, Infrastructure Box Truck General freight High (enclosed) Medium Logistics, Retail, Moving Flatbed Truck Oversized cargo Low (exposed) High Heavy Equipment, Manufacturing Refrigerated Truck Perishable goods Very High (insulated + cooling) Medium Food, Pharma, Cold Chain Specialized Truck On-site operations Variable High (task-specific) Utilities, Emergency, Construction ▶ Construction: Tipper trucks, concrete mixers, and crane carriers for site operations. ▶ Agriculture: Bulk transport of grain, fertilizer, or livestock with specialized trailers. ▶ Logistics: Flatbeds, refrigerated containers, and tanker variants for diverse cargo types. ▶ Mining and quarrying: Heavy-duty dump trucks built for extreme loads and off-road durability. Isuzu GIGA 520HP cab chassis truck with Automatic transmission Vehicle Model: PT5440DHY Dimensions and Parameters Overall Dimension(L x W x H) 10965×2540×3010mm Wheelbase: 2100+4325+1370mm Front /Rear track: 2140/1855mm Front/Rear Suspension: 1370/1800mm Approach/Departure angle: 17/24° Weights and Capacities GVW: 44000kg Curb Weight: 10690kg Payload: 30～40T Axle Loads: 9000/9000/ 26000(2 axles)kg Engine Engine Model: Isuzu 6WG1-TCG62 Type: Inline six-cylinder, water-cooled, direct-injection, high-pressure common rail, turbocharged intercooled diesel engine with SCR+DPF Max output: 382Kw/520HP Max Torque 2256N·m Max Torque speed 900-1300rpm Rated speed 1800rpm Displacement: 15681ml Transmission Transmission: ZF 12TX2420TD Automatic Clutch Model: Φ430 pull clutch Operation method Hydraulic control system with pneumatic assistance, diaphragm spring clutch. Front and Rear Axles Front Axle: HDZ9.5t (Front Drum) Leaf Spring Suspension 4/4 Rear Axle: HDZ300 (Hande Drum Type Dual Rear Axle, Single Axle Load 13t) Leaf Spring Suspension: 5 Brake Service Braking System Type: Dual-circuit air brake Parking Braking System Type: Spring-charged air brake Auxiliary Braking System Type: Engine exhaust brake ABS Chassis Drive Type: 8x4 Cab One and half row,with A/C,USB,direction assistance,Electric tilt Tires: 12 (Including Spare Tire) Tire Model: 12R22.5-20PR Max speed 85km/h Full-load climbing ability ≥30% Minimum turning radius 12m Minimum ground clearance 265mm Fuel Tank Number: 1 Capacity: 400L, Optional 600L Electrical System Generator Power: 24V 60Ah Battery: 24V-120Ah battery (2 in series), 150Ah or 180Ah optional Other: 24V DC outlet inside QL5440TZZW7VDHY Isuzu Giga AMT 520hp 8x4 Chassis Cab Trucks technical drawing » 2. AMT transmission: ZF 12TX2420TD Philippines Giga Isuzu AMT Dump Truck Long Chassis for 12 wheels ZF 12TX2420TD Philippines Giga Isuzu AMT Dump Truck Long Chassis for 12 wheels ZF 12TX2420TD Philippines Giga Isuzu AMT Dump Truck Long Chassis for 12 wheels The advantages of AMT (Automated Manual Transmission) are mainly reflected in the following aspects: 1. Lower Cost: AMT transmissions have relatively low manufacturing costs due to their simple structure, with many components directly interchangeable with manual transmissions. This makes vehicles equipped with AMT transmissions more...
Learn More
ISUZU GIGA GVW 18tons Cesspit Emptier with Jet Cleaner, also called combination unit or combination jetter Isuzu trucks, is used for removing sand, stones, bottles, cans, grease, sludge and other debris from sanitary sewer and/or drain lines by the flushing action of high pressure water. The unit includes a positive displacement vacuum pump and a high pressure water pump. Combination jet/vac machine is equipped with self-contained water supply as the water source for the high-pressure pump and a cylindrical debris tank for collecting all materials coming from the sewer system . Key point: ← ISUZU Combination Jet vac trucks Working Capacity Engine Model Wheelbase Superstructure 10 CBM ISUZU 4HK1 205HP 4500 mm ★ Italy vacuum pump ★ Italy Jetting pump ★ Q345 steel, tank body thickness 4 mm ★ 2025 year brand new Promotional Strategies: Limited-time discount: 10% off orders placed before November 30, 2025; Value-added services: Free operation training and first-year maintenance; Referral rewards: Existing customers who refer new customers will receive a 5,000 RMB service voucher. Target Customers: Municipal sanitation departments, property management companies, and large industrial parks. Front right view GVW 18tons Cesspit Emptier with Jet Cleaner Giga Isuzu Rear left view GVW 18tons Combination unit Isuzu Giga trucks Side view GVW 18tons Sewer jetting vehicle Isuzu Rear right view ISUZU Sewer jetting suction trucks Filter view GVW 18tons Cesspit Emptier with Jet Cleaner Giga Isuzu Operation panel view GVW 18tons Cesspit Emptier with Jet Cleaner Giga Isuzu Hydraulic oil tank view GVW 18tons Cesspit Emptier with Jet Cleaner Giga Isuzu Water jetting panel view GVW 18tons Cesspit Emptier with Jet Cleaner Giga Isuzu Heater right view GVW 18tons Cesspit Emptier with Jet Cleaner Giga Isuzu Cabin inside view GVW 18tons Cesspit Emptier with Jet Cleaner Giga Isuzu Key Selling Points: High-efficiency cleaning: Equipped with a high-pressure jet system for deep pipe dredging, suitable for municipal and industrial applications; Large capacity design: 18-ton payload capacity allows for wider coverage in a single operation, reducing the frequency of trips; Energy saving and environmental protection: Optimized fuel efficiency reduces carbon emissions, aligning with green policy trends.
Learn More
Factory price 4tons Rear Loader Refuse Truck body USD15,300, can be also named rear loader bodies, waste compactor bodies or Refuse collection truck super structure.High-Efficiency Cleanliness, Intelligent Future – Isuzu Powerstar Trucks Compactor Garbage Truck Superstructure Limited-Time Promotion! Key point: ← 4 Tons Rear Loader Garbage Trucks Bodies Working Capacity Engine Model Wheelbase Superstructure 4Tons (8.5cbm) As customer local 3300~3815 mm ★ Simens PLS Control system ★ Italy Casappa hydraulic pump ★ Italy HC Malti-way valve ★ T420 steel, body thickness 4 mm, Floor 5 mm, ★ 2025 year brand new Addressing the pain points of urban waste management, the Isuzu Powerstar Trucks factory has launched a new generation of compactor garbage truck superstructures, with high-efficiency compression and intelligent operation as its core advantages, helping to improve the quality and efficiency of sanitation operations. Utilizing a high-strength alloy steel body, it is impact-resistant and corrosion-resistant, increasing load capacity by 30%; the innovative hydraulic system achieves rapid compression, processing up to 1.5 times the volume of traditional models in a single batch, significantly reducing collection frequency. Equipped with an intelligent monitoring platform, it displays the full load status and compression progress in real time, supports remote fault diagnosis, and reduces operation and maintenance costs. Two units Rear Loader Refuse Truck body for Kenya customer Two units Compactor Refuse Truck body for Kenya customer Front right view garbage truck bodies 4tons Front left view compression garbage truck body 4tons Rear left view trash compactor body Rear left view refuse truck bodies kit Hydraulic pipeline garbage truck compactor body view Manual control valve view Electric hydraulic contorl panle of trash truck bodies During this promotion, orders placed will enjoy a 10% discount, free installation and commissioning, and a 1-year warranty. Whether for municipal sanitation, park management, or large-scale event support, the Isuzu Powerstar Trucks compactor garbage truck superstructure provides you with a clean and efficient operational solution with reliable performance and excellent value. Inquire now to seize this limited-time offer!
Learn More
Shinmaywa Isuzu refuse compactor vehicle with factory price USD29,300, also named Shinmaywa compression garbage truck or Japan type rear load garbage truck. Shinmaywa refuse garbage truck mainly suitable for the garbage collection and transportation is good conditions places, such as urban and rural streets, large factories, residential areas and school. ShinMaywa's Isuzu compactor garbage trucks from Japan have become a global benchmark in the sanitation industry thanks to their innovative technology. This model utilizes a fully sealed automatic compression system, significantly reducing garbage volume and increasing the single-trip transport capacity to 1.5 tons, thereby significantly reducing transport frequency and carbon emissions. Its core advantage lies in solving the problem of leakage and spillage. Patented sealing technology ensures 100% sealing of wastewater, preventing secondary pollution—a design validated in international projects such as the Asian Games. Key point: ← Isuzu Shinmaywa type garbage truck compactor Working Capacity Engine Model Wheelbase Superstructure 8 CBM (3-25cbm available) 4KH1CN6LB 3365 mm ★ Latest KV seriese chassis ★ Body Capacity 8cbm ★ Simens PLS contorl system ★ Easy operation and maintenance ★ Factory price Front left view Refuse compactor Isuzu Shinmaywa Left view Shinmaywa New Compactor truck Isuzu Right view Shinmaywa garbage truck Left view rear loader Shinmaywa Rear left view garbage truck Shinmaywa Left view compactor truck Shinmaywa Cabin inside view compression garbage truck Shinmaywa Panel view rear compactor vehicle Shinmaywa Panel view rear garbage truck Shinmaywa Rear door open view Hydraulic compactor vehicle Shinmaywa Rear door open view Refuse compactor vehicle Shinmaywa In Japan, Shinmaywa Isuzu garbage truck cleaning standards are stringent. After daily operations, the trucks undergo thorough cleaning in a dedicated factory to ensure they are odor-free. ShinMaywa models also incorporate localized designs, such as a bin adaptation system supporting various sizes from 120L to 660L, catering to Japan's sophisticated waste sorting requirements.
Learn More
Brand new of Isuzu ELF 100p 6wheeler cabin chassis truck, also called as Isuzu single cabin truck chassis or Isuzu garbage truck chassis cabin, it's available for Isuzu garbage compactor truck, Isuzu fuel water tanker truck, Isuzu manlifter truck, Isuzu cargo truck with crane, and so on. Specification China 100P/ELF 6 Wheeler 120HP LIGHT TRUCK CHASSIS Vehicle Parameters Vehicle Model: QL1040 Overall Dimension(L x W x H) 4605x1695x2105mm Curb Weight: 1680Kg GVW: 4200Kg Wheelbase: 2490mm Drive Type: 6 Wheeler (4 wheeler also available) Engine Engine Model: 4KH1CN6LB, Euro4,5,6 Engine type: 4-cylinder in-line with water cooled, turbo-charging and intercooler,high pressure common rail 1600 Bar Engine Power: 88Kw Displacement: 2.999L Horsepower: 120Ps Max. Torque 220N.m/1700rpm Addblue No need Transmission Transmission: MSB-5SM, Manual Forward Gear: 5 Speed Gear Backward Gear: 1 Speed Gear Seats Front Seat: 2 Cabin 100P Cabin, single row. 1695mm width.Tilting cabin Chassis Front Wheel Distance: 1385mm Rear Wheel Distance: 1395mm Axle Loads: Double Axles Rear axle ratio: 5.571, (6.142 option) Tires: 6pcs with one spare tire Tire Model: 7.00R15 10PR Standard configuration 1 Power Steering 2 AC 3 Retro-reflective Marking 4 ABS 5 Free Maintenance Battery 6 Single tire in the rear
Learn More
