الوصف

Plastbau eWall represents a form system consisting of Insulating Concrete Form (ICF) panels molded from Expanded Polystyrene (EPS) according to patented Plastbau technology that has been successfully practiced for many other application possibilities. A typical eWall panel module is **0cm wide, provides for concrete up to *5cm thick, and permits practically any storey height in single shot. The Plastbau eWall system are manufactured and pre-reinforced with electro welded vertical steel ladders. The ladders are held between two EPS boards using self-threading screw caps fitted to steel cross ties spaced at *0cm on centers. The cavity formed between the EPS panels allows casting of various thicknesses of reinforced concrete to be formed. The reinforced concrete core provides all the structural capacity of the Plastbau eWall. Plastbau eWall form system can be installed without difficulty under any weather condition, thus ensuring reliable schedule that meet project requirements or special situations. The outer EPS slab faces present a continuous surface ready to receive approved exterior claddings and interior finishes. Suitable covering materials include but are not limited to regular gypsum wallboard, drywall, plaster, stuccos, and brick or tile sidings. The overall concept of their manufacture is to address major concern of cast in-situ concrete wall construction in terms of formwork rationalization and conscious strive for project constructability. Production process of the Plastbau eWall permits consistently high quality of eWall modules to be achieved with distinct material, time, cost, and lightweight benefits. Whether used for load bearing or internal partition, Plastbau eWall system is selected for economy and the speed it provides to construction, with services concealed behind the EPS. Designed to obtain the most out of concrete wall construction, Plastbau eWall system are easily placed, assemble and finished on site without compromise to meeting superior strength, security, performance and insulation demands anticipated.