New Facilities for Mobile Toilets

The facilities of the new mobile toilets in 2026 focus on portability, intelligence, environmental protection, and modularity, integrating practical functions with user-friendly design. The specific features are as follows:

1. Portable Design and Durable Materials
   The new mobile toilets use high-strength plastic as the main structural material, significantly reducing overall weight compared to traditional metal materials, facilitating rapid transportation and deployment. The exterior walls are upgraded to fluorocarbon-painted aluminum panels, which are both corrosion-resistant and weather-resistant. The surface coating effectively resists environmental erosion from ultraviolet rays and acid rain, extending service life. Meanwhile, the aluminum panel structure achieves lightweight through precision processing, further reducing the toilet's self-weight and making it suitable for more mobile scenarios.

2. Optimized Ventilation and Signage Systems
   To address the odor issue in traditional mobile toilets, the new model features an independent exhaust pipe system that directs internal odors outward using negative pressure principles, combined with activated carbon filters to reduce gas diffusion. Additionally, the exterior of the toilet is equipped with prominent signage using reflective materials and multilingual prompts to guide users in quickly locating functional areas (such as men's and women's restrooms, accessible stalls, etc.), improving usage efficiency.

3. Large-Capacity Freshwater Tank and Gravity Flushing Technology
   The freshwater tank capacity is expanded to over 200 liters, meeting high-frequency usage demands and reducing the hassle of frequent refilling. The wastewater tank is equipped with a foot-pump operation device, allowing users to discharge wastewater by stepping on it, avoiding direct contact with contaminants. The gravity flushing system utilizes the height difference of the water tank to generate flushing force, achieving efficient cleaning without the need for electric power, while also reducing energy consumption and maintenance costs.

4. Integrated Smart Hardware
   Some high-end models are equipped with sensor-based devices, including automatic soap dispensers, sensor-activated sinks, and smart lighting systems. When users approach, infrared sensors trigger the lighting and water flow functions, which automatically turn off when users leave, conserving resources and preventing cross-infection. Additionally, some toilets are equipped with temperature and humidity sensors that can adjust the internal environment in conjunction with the ventilation system, enhancing comfort.

5. Environmentally Friendly Structure and Resource Recycling
   The interior features a collection tank design that supports dry-wet separation, reducing wastewater production. Some models are equipped with microbial degradation modules that break down excreta using specific bacteria, enabling a waterless or low-water flushing eco-friendly mode. The exterior fluorocarbon-painted aluminum panels are recyclable, aligning with circular economy principles and reducing lifecycle carbon emissions.

6. Modular Combination and Flexible Deployment
   The toilet body supports standalone use or can be combined into a composite structure using connectors to form integrated facilities with multiple stalls, management rooms, and accessible pathways. The mobility options include hoisting (suitable for areas around high-rise buildings), towing (compatible with vehicle traction), and manual carrying (for small standalone models), meeting diverse scenario needs such as temporary events, disaster relief, and remote areas.