Automatic Tire Disinfection System

• Automatic Vehicle Detection: Entry sensors can trigger the programmed tire disinfection cycle when a vehicle enters the treatment zone.
• Dedicated Tire Coverage: Spray nozzles are positioned around the wheel path to direct disinfectant toward tyre sidewalls, tread areas and wheel zones.
• Drive-Over Design: Vehicles pass directly through the treatment area without requiring manual spraying.
• Controlled Spray Cycle: Spray duration and activation sequence can be configured according to project requirements.
• Chemical Dosing: A dosing system can supply compatible disinfectant at the required concentration.
• Compact Footprint: Suitable for farm entrances where space is limited and a compact biosecurity barrier is required.
• Durable Platform: The drive-over structure can be engineered for agricultural traffic and vehicle loads according to project requirements.
• Wastewater Management: The platform can incorporate drainage and collection connections for controlled wastewater handling.
• Low Operator Dependency: Automatic operation reduces reliance on drivers or farm personnel to manually activate the spray system.
• Easy Integration: The tire treatment section can be combined with vehicle chassis, side spray or complete vehicle disinfection systems.
• Flexible Installation: Surface-mounted or inset configurations can be designed according to the farm civil engineering plan.
• OEM Customization: Dimensions, nozzle layout, pump performance, control system and materials are customizable according to project requirements.

• Drive-Over Platform: Provides the vehicle passage and supports the tire spray arrangement.
• Spray Bars: Low-level spray bars distribute disinfectant around the vehicle wheel path.
• Spray Nozzles: Multiple nozzles provide targeted spray coverage to the tyre and wheel areas.
• Vehicle Detection Sensor: Detects vehicle entry and activates the automatic treatment cycle.
• Pump Assembly: Supplies the required flow and pressure to the spray circuit.
• Chemical Dosing Unit: Introduces compatible disinfectant into the water supply according to the configured dosing requirement.
• Control Cabinet: Controls sensor activation, spray timing and system operation.
• Water / Chemical Tank: Tank capacity can be selected according to site requirements and operating frequency.
• Side Screens: Optional screens can help contain spray around the vehicle treatment area.
• Drainage Outlet: Directs used solution toward an approved wastewater collection or treatment system.
• Access Ramps: Optional low-profile ramps can facilitate vehicle entry and exit on surface-mounted systems.

Reference specifications are based on a comparable compact automatic vehicle disinfection configuration. Final dimensions, pressure, flow rate, tank capacity, nozzle quantity, electrical supply and load rating should be confirmed according to vehicle type and project requirements.

• Commercial Pig Farms: Automatic tire disinfection for feed trucks, livestock transporters, service vehicles and farm utility vehicles.
• Poultry Farms: Vehicle wheel sanitation at controlled access points and poultry house entrances.
• Dairy and Cattle Farms: Treatment of vehicle tyres before entering controlled livestock production areas.
• Breeding Farms: Vehicle sanitation between clean and potentially contaminated farm zones.
• Livestock Transport Facilities: Tire and wheel treatment for livestock transport vehicles.
• Feed Mills: Biosecurity treatment for feed delivery and agricultural logistics vehicles.
• Agricultural Projects: Integration into new farm construction and vehicle traffic management plans.
• Farm Renovation Projects: Addition of automated tire sanitation to existing farm entrances.
• Biosecurity Gates: Compact vehicle treatment at restricted-access farm boundaries.
• Engineering Projects: Customized tire disinfection equipment for livestock groups, contractors, distributors and agricultural projects.

• Platform Dimensions: Length, width and vehicle clearance can be designed according to vehicle specifications.
• Axle Load: Platform structural capacity can be designed according to vehicle weight and traffic requirements.
• Nozzle Layout: Nozzle quantity, spacing and spray direction can be customized for different tyre and wheel sizes.
• Spray Pressure: Pump performance can be selected according to required coverage and spray pattern.
• Tank Capacity: Water or solution tank capacity can be selected according to traffic volume and operating frequency.
• Chemical Dosing: Dosing equipment can be configured for compatible disinfectants.
• Automatic Controls: Sensor activation, spray duration, delay time and optional two-way operation can be configured.
• Structural Materials: Galvanized steel, stainless steel and other suitable materials can be considered according to local climate and chemical exposure.
• Installation Method: Surface-mounted, inset or project-specific installation can be provided.
• Drainage: Wastewater collection and drainage interfaces can be coordinated with the farm's civil engineering system.
• Additional Coverage: Side spray and undercarriage spray modules can be added where broader vehicle treatment is required.
• OEM / ODM: Project-specific drawings, engineering, controls, documentation, branding and packaging are available upon request.

Installation: The system can be installed on a suitable hardstanding surface or incorporated into a permanent farm entrance platform. Final installation should be coordinated with vehicle traffic flow, drainage, water supply and electrical infrastructure.

1. Confirm vehicle width, tyre dimensions, wheelbase, axle load and traffic direction.
2. Prepare a level and load-bearing foundation according to the approved installation drawing.
3. Position and secure the drive-over platform, ramps and spray components.
4. Connect spray bars and nozzles to the pump and chemical dosing circuit.
5. Install vehicle detection sensors and connect the control cabinet.
6. Connect the wastewater outlet to the approved drainage or collection system.
7. Test vehicle detection, pump operation, spray coverage and automatic cycle timing.
8. Inspect spray nozzles regularly and remove debris or chemical deposits.
9. Clean filters and inspect hoses, fittings, valves and dosing components.
10. Check the drive-over platform and structural fixing points for wear or damage.
11. Flush the spray circuit according to the selected disinfectant manufacturer's instructions.
12. Keep the platform and spray area free from mud, manure and other organic contamination.
13. Maintain drainage channels and wastewater collection points to prevent blockage.
14. Follow the disinfectant manufacturer's label and safety data sheet when preparing and handling chemical solutions.
15. Use appropriate winterization and freeze-protection measures where required by local climate conditions.

Q: What is an Automatic Tire Disinfection System?
A: It is a drive-over vehicle sanitation system that automatically applies a prepared disinfectant solution to tyres and wheel areas as vehicles pass through a controlled treatment zone.

Q: Why is tire disinfection important for livestock farms?
A: Vehicle tyres and wheels can contact contaminated surfaces during transportation. A dedicated tire treatment step can form part of a farm's overall vehicle biosecurity procedure.

Q: Can it be used for commercial pig farms?
A: Yes. The system is suitable for commercial pig farms and other livestock facilities where controlled vehicle access and sanitation are required.

Q: Does the system work automatically?
A: Yes. A vehicle detection sensor can trigger the configured spray cycle automatically. Manual control can also be included according to the project design.

Q: Can it disinfect the entire vehicle?
A: The standard concept focuses on tyres and wheel areas. Side spray bars and undercarriage modules can be added when broader vehicle coverage is required.

Q: Can the system be customized for large trucks?
A: Yes. Platform dimensions, structural load capacity, vehicle clearance, nozzle arrangement, pump performance and tank capacity can be designed according to the vehicle fleet.

Q: Can it be installed at an existing farm entrance?
A: Yes. A surface-mounted configuration can be designed for suitable existing hardstanding areas. An inset version can also be considered for permanent civil engineering projects.

Q: Can the system operate in both directions?
A: Optional two-way activation can be incorporated according to the site traffic flow and biosecurity procedure.

Q: How is wastewater handled?
A: The drive-over platform can incorporate drainage and collection connections so that used disinfectant solution can be transferred to the site's approved wastewater management system.

Q: Can SHEWUYOU provide a complete vehicle biosecurity solution?
A: Yes. The tire disinfection system can be integrated with vehicle disinfection channels, undercarriage spray modules, side spray systems, chemical dosing equipment and other farm biosecurity equipment according to project requirements.