Eco-Friendly Restroom Series can be customized according to your needs, including foam-sealing type, flush type, packaging type, high-pressure air-water flush type, and biological type.

Framework Panel Buildings

Composed of prefabricated frameworks and panels. There are generally two types of load-bearing structures: one is a frame structure consisting of columns and beams that bear the load, with floor slabs and non-load-bearing interior and exterior wall panels installed on top; the other is a slab-column structure where columns and floor slabs form the load-bearing system, and the interior and exterior wall panels are non-load-bearing. The load-bearing framework is usually made of heavy reinforced concrete structures, but steel and wood are also used in combination with panels, often seen in lightweight prefabricated buildings. Framework panel structures are structurally reasonable, reduce building weight, offer flexible interior layouts, and are suitable for multi-story and high-rise buildings.

These buildings are assembled from prefabricated large interior and exterior wall panels, floor slabs, and roof panels, also known as large-panel buildings. They are a primary type of fully prefabricated buildings within the industrialized construction system. Panel buildings help reduce structural weight, improve labor productivity, expand usable space, and enhance seismic performance. Interior wall panels are mostly solid or hollow reinforced concrete panels; exterior wall panels are typically reinforced concrete composite panels with insulation layers, but can also be made of lightweight aggregate concrete, foam concrete, or porous concrete with exterior finishes. Building installations often use centralized indoor piping or modular restrooms to enhance the degree of prefabrication. A key challenge of large-panel buildings is joint design. Structural connections must ensure overall integrity (common methods include welding, bolting, and post-cast concrete connections). Proper waterproofing of external wall joints, as well as thermal treatment of floor joints and corners, is critical. A major drawback of large-panel buildings is the limitation on architectural shapes and layouts; small-span, horizontally load-bearing panel buildings lack interior flexibility (longitudinal wall systems, interior column systems, and large-span slab systems provide more flexible interior layouts).