Key Technical Specifications
Chusheng fire trucks encompass a wide range of models, including water tank fire trucks, foam fire trucks, emergency rescue fire trucks, fire command vehicles, lighting fire trucks, and forest fire trucks, designed to meet the needs of various firefighting and rescue scenarios. The key specifications are as follows: The chassis utilizes mainstream China VI-compliant specialized fire truck chassis from manufacturers such as Dongfeng, Jiefang, and Sinotruk, equipped with high-power engines that meet China VI emission standards. These vehicles deliver robust power and excellent acceleration performance, making them suitable for complex road conditions including urban streets, mountainous terrain, forests, and industrial parks. They offer superior off-road mobility, are eligible for registration nationwide, and meet the operational requirements for firefighting vehicles; Tank capacities range from 2 cubic meters to 30 cubic meters. Water tank models are constructed from high-quality carbon steel or stainless steel, while foam models feature separate water and foam tanks, enabling the mixed discharge of foam and water for higher fire extinguishing efficiency; Core configurations include high-power fire pumps (head 80m–150m, flow rate 30L/s–100L/s), fire monitors (range 30m–60m, adjustable direct/fog modes), fire hoses, nozzles, rescue tools, emergency lighting, and warning systems. Rescue and emergency response models are additionally equipped with cutters and spreaders, towing devices, and first-aid equipment; Controls feature centralized electronic control from the cab combined with manual emergency controls; the fire monitor can be remotely operated, ensuring precise and convenient operation with rapid switching between firefighting modes; the entire vehicle undergoes anti-corrosion and anti-rust treatment, with the body equipped with high-strength protective devices, an ABS anti-lock braking system, and emergency braking devices, ensuring safety during both driving and operations; optional equipment includes drone reconnaissance, emergency power generation, leak-sealing equipment, and smoke extraction devices; customization is available to meet firefighting and rescue needs in various scenarios.

Core Application Scenarios
Chusheng fire trucks are suitable for a wide range of firefighting and emergency rescue scenarios, serving as core equipment in professional firefighting systems: First, urban municipal firefighting, used for fire suppression in densely populated areas such as residential communities, shopping malls, office buildings, and streets, to rapidly contain the spread of fire and protect lives and property; Second, industrial and industrial park firefighting: used for fire suppression in industrial zones, chemical parks, and warehousing and logistics parks, handling complex fire situations such as chemical and equipment fires, while also conducting emergency rescue operations; Third, forest firefighting: used for suppressing forest fires in forested and mountainous areas; leveraging superior off-road capabilities, it can rapidly reach fire scenes to perform long-range water spraying and fire extinguishing operations, halting the spread of flames; Fourth, township and community firefighting: Suited for grassroots areas such as townships and rural communities, it conducts fire suppression and emergency rescue operations, filling the gap in grassroots firefighting equipment; Fifth, emergency rescue support: Used for personnel rescue, obstacle clearance, and water supply support at disaster sites such as earthquakes, floods, and typhoons, as well as for road rescue, high-altitude rescue, and other sudden emergency scenarios; Sixth, fire drills and public awareness: Used for various fire drills and fire safety awareness campaigns to enhance public fire safety awareness.

Core Product Advantages
1. Complete Certifications, Compliant and Reliable: Possesses formal fire truck manufacturing qualifications and is produced in strict compliance with the GB 7956-2014 “Fire Trucks” national standard. The product has passed fire equipment testing and certification, allowing for compliant registration and deployment in actual firefighting operations, with quality meeting national fire equipment requirements;

2. Highly Efficient Fire Suppression and Comprehensive Functionality: Equipped with high-power fire pumps and fire monitors, these vehicles feature long-range spraying and high flow rates to rapidly contain fires. Foam-equipped models can adapt to various fire types, while rescue-oriented models integrate multiple rescue functions to achieve integrated “fire suppression + rescue” capabilities, making them suitable for handling complex fire situations;

3. Agile and highly adaptable: Built on a specialized fire truck chassis with robust power and outstanding off-road capabilities, it can navigate complex operational environments such as narrow roads, rugged terrain, and forested areas with ease, enabling rapid response and arrival at fire scenes to minimize emergency response times;

4. Safe, durable, and fully protected: The vehicle body is constructed from high-strength materials and equipped with multiple safety protection devices. Core components such as fire pumps and piping are designed to withstand high pressure and corrosion, with excellent sealing performance, enabling long-term operation in harsh environments such as high temperatures and high pressure, ensuring a long service life;

5. User-Friendly Operation and Comprehensive After-Sales Support: Featuring multiple control modes, firefighters can quickly master operation. The equipment starts up rapidly, allowing for immediate deployment in firefighting operations. With a nationwide network of service centers and a dedicated after-sales team equipped with firefighting equipment and spare parts, we provide timely repairs, maintenance, and technical support to ensure firefighting equipment remains in combat-ready condition at all times.

Basic Operating Procedures
1. Pre-operation Preparation: Operators must hold the appropriate certification for firefighting operations. Before commencing work, conduct a thorough inspection of the vehicle to ensure that the fire pump, fire monitor, fire hoses, nozzles, and rescue tools are free of damage or blockages. Verify that the water and foam tanks are sufficiently filled and that the fire suppression system has no leaks; Start the vehicle and verify that the engine, warning lights, emergency lighting, and other equipment are functioning properly. Drive the vehicle quickly to the fire scene, park in a safe and accessible location, apply the parking brake, and activate the warning lights and emergency lighting.

2. Initiating Firefighting Operations: Based on the type of fire, switch to the corresponding firefighting mode. For water tanker models, start the fire pump, connect the fire hose to the nozzle, adjust the angle and range of the fire monitor, and aim at the fire source to spray water; for foam models, first activate the foam mixing system, adjust the foam concentration, and then spray foam to enhance firefighting efficiency.

3. Monitoring During Operations: Continuously monitor the fire pump’s operating status and observe parameters such as water pressure and flow rate; if any abnormalities occur, immediately shut down the engine for inspection; Flexibly adjust the position and spray mode of the fire monitor based on changes in the fire situation, and coordinate with firefighters to carry out firefighting operations; during emergency rescue operations, activate cutting and towing equipment to assist in clearing obstacles and rescuing trapped individuals.

4. Post-Operation Procedures: After the fire is extinguished, shut down the fire pump and firefighting equipment, retract the fire hoses and nozzles, and clean debris and stains from the equipment surface; Check the residual liquid levels in the water and foam tanks and refill as needed; inspect the equipment for damage or leaks, and neatly store demolition tools and rescue equipment; turn off warning lights and emergency lighting, and perform routine vehicle inspections and record-keeping.

5. Routine Maintenance: Regularly inspect the fire pump, fire monitor, and piping for wear and seal integrity, and promptly repair or replace wear-prone parts; Clear debris from fire hoses and nozzles to prevent blockages; periodically air-dry and maintain hoses; inspect the anti-corrosion condition of water and foam tanks, and clean them regularly; periodically start the fire pump to test equipment performance; implement anti-corrosion, dust-proof, and moisture-proof measures; store equipment properly during long-term non-use to ensure it is ready for deployment at any time.

Safety and Maintenance Guidelines
Strictly adhere to firefighting operational standards during operations; arrive at the fire scene quickly and safely, avoiding sudden braking or sharp turns to prevent vehicle rollovers or delays in rescue efforts; when operating at the fire scene, conduct operations from a safe zone, staying away from fire sources and high-temperature areas to avoid burns from flames or thick smoke; Operators must wear a full set of firefighting protective gear; unauthorized operations are strictly prohibited. When the fire monitor is in operation, avoid aiming at personnel or vehicles to prevent injury; running the fire pump dry is strictly prohibited to prevent damage to the pump unit; conduct regular comprehensive vehicle inspections, focusing on the fire suppression system, safety protection devices, and power system; promptly address any malfunctions to ensure the equipment remains in good operational condition; Fire hoses and foam must be stored properly to prevent aging and damage; foam must be replaced regularly to ensure effective fire suppression; fuel and hydraulic oil must be stored separately, and smoking and open flames are strictly prohibited; the work area must be equipped with sufficient spare fire extinguishing equipment; when the equipment is not in use for an extended period, remove any residual water or foam from the system, and perform anti-corrosion, anti-rust, and moisture-proof treatments; regularly inspect the equipment’s condition to ensure it can be quickly activated and deployed in the event of a sudden fire.