Beihai Mobile Toilet Dimensions and Specifications
The dimensions and specifications of the color-steel direct-discharge mobile toilet in Beihai are as follows:
The overall dimensions of the color-steel direct-discharge mobile toilet are 1.1×1.1×2.3 meters (length×width×height). This specification reflects its compact and practical design features. With both length and width at 1.1 meters, the mobile toilet occupies a relatively small area, making it suitable for placement in spaces with limited room, such as scenic spots, construction sites, and temporary event venues. The height of 2.3 meters provides users with a relatively comfortable standing and using space, without causing a feeling of oppression.
The dimensions of its fecal tank are 1.28×1.28×2.3 meters (length×width×height). The fecal tank is slightly larger than the overall toilet dimensions to ensure sufficient capacity for storing excreta. The larger length and width design enable the fecal tank to accommodate more excreta, reducing the frequency of cleaning and improving usage efficiency. The height, which is the same as the overall toilet height, ensures structural stability and integrity.
The color-steel direct-discharge mobile toilet is made of color-steel material, which has the advantages of being lightweight, high-strength, and corrosion-resistant. The lightweight nature makes the mobile toilet easy to transport and install, allowing it to be quickly moved to different locations according to actual needs. The high strength ensures the stability and safety of the toilet during use, enabling it to withstand a certain amount of external force impact. The corrosion resistance allows the toilet to be used for a long time in various harsh environmental conditions, extending its service life.
The direct-discharge design enables excreta to be directly discharged to a designated treatment area, reducing the storage and fermentation process inside the toilet, lowering the possibility of odor and bacterial growth, and improving the toilet's hygiene conditions. At the same time, this design also facilitates subsequent cleaning and maintenance work, improving usage efficiency.
