Intelligent Vehicle Disinfection System

• High-Pressure Micro-Mist Technology: Atomizes disinfectant into approximately 20–150 μm droplets for broad vehicle coverage.
• Multi-Directional Spraying: Spray columns can be arranged around the vehicle passage to treat side surfaces, wheels, tires and lower areas.
• High Working Pressure: Maximum listed pressure reaches approximately 100 kg/cm² for effective atomization.
• 304 Stainless Steel Construction: Corrosion-resistant structure is suitable for humid farm entrance environments.
• Six-Column Configuration: Six stainless steel uprights provide multiple spray positions around the vehicle.
• Intelligent Control: Automatic vehicle-triggered operation can be configured to reduce dependence on manual spraying.
• Automatic & Manual Modes: Control options can be configured according to farm biosecurity procedures.
• Fast Vehicle Treatment: Vehicles can be sprayed while passing slowly through the designated disinfection area.
• Reduced Labor Requirement: Automated operation supports routine entrance biosecurity with less manual intervention.
• Project Adaptability: Passage dimensions, spray layout and control configuration can be adapted to different farm entrances and vehicle sizes.

• Pig farm entrance vehicle disinfection
• Poultry farm biosecurity checkpoints
• Cattle and goat-farming-equipment/" target="_blank" class="keylink">sheep farm entrances
• Feed delivery truck disinfection
• Livestock transport vehicle sanitation
• Carcass collection vehicle disinfection
• Veterinary service vehicle treatment
• Feed mills and livestock processing facilities
• Slaughterhouse vehicle entrances
• Farm biosecurity and quarantine zones

• Install the spray structure on a stable, level vehicle passage with suitable drainage.
• Arrange spray uprights according to vehicle width, height and required coverage.
• Confirm that the electrical supply matches the specified 380 V system before connection.
• Provide a clean disinfectant solution supply and suitable filtration to reduce nozzle blockage.
• Set automatic detection and spray timing according to vehicle speed and passage dimensions.
• Inspect nozzles regularly and clean blocked or partially blocked spray orifices.
• Check high-pressure hoses, fittings, valves and pump seals periodically for leakage or wear.
• Flush the system with clean water when required after using compatible disinfectant solutions.
• Protect the system from freezing and drain residual liquid during extended shutdown in cold climates.
• Always follow the disinfectant manufacturer's concentration, contact-time and safety instructions.

Q: What type of spraying technology does the system use?
A: It uses high-pressure micro-mist technology to atomize disinfectant into approximately 20–150 μm droplets.

Q: What is the maximum operating pressure?
A: The listed maximum pressure is 100 kg/cm², equivalent to approximately 9.8 MPa or 98 bar.

Q: Is the frame made from stainless steel?
A: Yes. The listed main structural material is 304 stainless steel.

Q: Can vehicle disinfection start automatically?
A: Yes. Automatic vehicle detection and spray activation can be configured as part of the intelligent control system.

Q: Can different truck sizes pass through the system?
A: Yes. The spray passage and nozzle arrangement can be designed according to the dimensions of feed trucks, livestock transporters and other farm vehicles.

Q: Can the system spray the vehicle undercarriage?
A: Undercarriage and wheel-area spray lines can be integrated according to the selected project layout.

Q: Is it suitable for commercial pig farms?
A: Yes. Vehicle disinfection systems are commonly installed at controlled entrances to reduce biosecurity risks associated with feed trucks, livestock vehicles and service vehicles.

Q: Can the system be customized?
A: Yes. Passage dimensions, nozzle quantity, spray layout, control mode and other components can be selected according to the farm entrance and biosecurity requirements.