Daqing Fiberglass Reinforced Plastic Mobile Toilet

The Daqing Fiberglass Reinforced Plastic Mobile Toilet is an integrated public restroom facility made from epoxy resin and fiberglass, primarily used in emergency scenarios such as temporary large gatherings, construction sites, and natural disasters.

Material and Structural Features The main body of the toilet is constructed from a composite material of epoxy resin and fiberglass, featuring a smooth surface and a robust structure with corrosion resistance. The base is molded in one piece using a colored reinforced fiberglass mold, further enhancing its corrosion resistance. The double-sided smooth design of the wall panels facilitates easy cleaning and maintenance. The internal space is reasonably laid out, with the roof made of translucent material and waterproofed, allowing for the full utilization of natural light during the day and reducing energy consumption. The material incorporates UV-resistant components that slow down aging, making it easy to clean stains and maintain a clean appearance over long-term use.

Functional Advantages

1. Odor Control: The internal facilities are designed with optimized ventilation and sealed structures to effectively reduce odor diffusion and enhance the user experience.
2. Portability: Despite its sturdy structure, the product is moderately weighted and equipped with an independent water tank, allowing it to be transported by several people working together, meeting the rapid deployment needs of temporary scenarios.
3. Environmental Adaptability: Its UV-resistant and corrosion-resistant properties enable it to maintain stable performance in harsh outdoor environments, with a significantly longer service life compared to traditional material toilets.

Production Process The production process is highly dependent on mold precision. First, a high-precision master mold needs to be created, and then a fiberglass production mold is made from the master mold. The quality of the mold directly affects the appearance and dimensional accuracy of the product. The specific process is as follows:

1. After cleaning the mold surface, evenly apply gel coat resin, which forms a smooth and weather-resistant surface layer upon curing.
2. After the gel coat has slightly cured, alternately lay up unsaturated resin and fiberglass, enhancing structural strength through the lamination process.
3. The final product is completed after demolding and trimming.

This technological approach ensures the toilet's airtightness, surface smoothness, and structural stability, while also reducing transportation and installation difficulties through modular design, making it the preferred option for public sanitation facilities in emergency scenarios.