Production of Single Mobile Toilet in Baiyin

The production of single mobile toilets in Baiyin requires comprehensive consideration of materials, structure, and functional modules, with the following key points:

Material Selection

The outer shell of the mobile toilet in Baiyin is made of aluminum-zinc alloy coating material, which forms a protective film about 0.8 microns thick through vacuum coating technology. With a reflectivity exceeding 85%, it effectively reduces the internal temperature and resists UV aging. Its frame structure is primarily composed of honeycomb sandwich composite materials, replacing traditional steel chassis. This reduces the self-weight to 65% of that of traditional materials while ensuring structural strength. Common mobile toilets often use steel-welded frames, with channel steel or I-beams at the bottom, square steel for columns, and wall materials including color-coated steel plates, fiberglass-reinforced plastics, stainless steel, or metal carved panels, balancing durability and cost.

Structural Design

The ventilation system employs a negative pressure exhaust design, with airflow paths calculated and simulated to ensure complete replacement 15-18 times per hour, preventing odor accumulation. The load-bearing chassis features a four-point support hydraulic system equipped with sensors to automatically adjust the height of the support legs, adapting to ground slopes of ±10 degrees. During transportation, the overall height is compressed to 2.2 meters, meeting road transportation standards. Common mobile toilets are mostly frame-type structures that support lifting and moving but do not emphasize adaptive terrain and transportation optimization.

Functional Module Configuration

The excreta treatment unit is equipped with a biodegradation system that operates independently of the temperature control system. Its modular design supports rapid maintenance (replacement of a single module takes ≤30 minutes). It integrates operational status monitoring sensors inside to record real-time data such as usage frequency and remaining consumables, storing operational logs locally. Although common mobile toilets have higher configurations than ordinary fixed toilets, they do not explicitly mention biodegradation and intelligent monitoring functions.

Environmental Adaptability

For different usage scenarios, manufacturers offer coating thickness adjustment plans: increasing anti-corrosion coatings in humid areas, strengthening wear-resistant coatings in dusty areas, and adapting to temperature ranges from -25℃ to 50℃. Common mobile toilets are suitable for public places such as city streets, parks, and stations but do not explicitly address extreme environmental adaptability.

Summary: The mobile toilet in Baiyin achieves high efficiency, durability, and low maintenance costs through high-reflectivity materials, lightweight structures, intelligent modules, and customized environmental designs, making it suitable for diverse scenarios.