Building slabs are also known as pressure plates, steel plates, and steel plates. Formerly known as pressed steel plates, all pressed steel plates are collectively referred to as presses. The floor load-bearing plate is formed by cold bending of galvanized steel plate under rolling pressure. Its cross-section is V-shaped, U-shaped, trapezoidal or similar in waveform. It is mainly used as a permanent template and can be chosen for other purposes. Previously, profiled steel plates were mainly used for roof panels in factories, while the profiled steel plates used for floor slabs were gradually classified as floor slabs.

樓承別名:復合地板、地板、鋼板、壓盤、地板、鋼板地板、復合地板、鍍鋅板、鍍鋅地板、鍍鋅地板、鍍鋅地板、復合地板、地板、建筑壓盤，根據(jù)開發(fā)迭代，復合層分為：開放建筑承重板、燕尾服建筑承重板（又稱伸縮式建筑承重板）、全封閉建筑承重板等。

Building bearing alias: composite floor, floor, steel plate, pressure plate, floor, steel plate floor, composite floor, galvanized sheet, galvanized floor, galvanized floor, composite floor, floor, building pressure plate. According to development iteration, composite layers are divided into: open building load-bearing plate, dovetail suit building load-bearing plate (also known as telescopic building load-bearing plate), fully enclosed building load-bearing plate, etc.

樓承板廣泛應用于電廠、電力設(shè)備公司、汽車展廳、鋼結(jié)構(gòu)廠房、水泥倉庫、鋼結(jié)構(gòu)辦公樓、機場航站樓、火車站、體育場館、音樂廳、劇院、大型超市、物流中心、奧運場館等。

Floor support plates are widely used in power plants, power equipment companies, car showrooms, steel structure factories, cement warehouses, steel structure office buildings, airport terminals, train stations, sports venues, music halls, theaters, large supermarkets, logistics centers, Olympic venues, etc.

主要特點：

Main features:

為滿足主體鋼結(jié)構(gòu)快速施工的要求，可在短時間內(nèi)提供堅實的操作平臺，并可采用多種建筑支撐板。建筑支撐板采用壓力板和分層混凝土板鋪設(shè)，用于流水施工。

To meet the requirements of rapid construction of the main steel structure, a solid operating platform can be provided in a short period of time, and various building support plates can be used. The building support plate is laid with pressure plates and layered concrete plates for flow construction.

在使用階段，樓板支撐板作為混凝土樓板的受拉鋼筋。它還提高了地板的剛度，節(jié)省了鋼材和混凝土的用量。

During the usage phase, the floor support plate serves as the tensile reinforcement for the concrete floor. It also improves the stiffness of the floor and saves on the use of steel and concrete.

壓板表面的受力方式使建筑承重板與混凝土之間的粘結(jié)力zui大，使兩者形成整體并加強，使建筑承重板體系具有更高的承載力。

The stress on the surface of the pressure plate increases the bonding force between the building load-bearing plate and the concrete, forming a whole and strengthening the two, resulting in a higher bearing capacity of the building load-bearing plate system.

在懸臂條件下，建筑支撐板僅用作永久模板。懸索的長度可以由建筑物支撐板的橫截面特性來確定。為了防止懸掛板開裂，必須按照結(jié)構(gòu)工程師的設(shè)計將負筋固定在支架上。

Under cantilever conditions, the building support plate is only used as a permanent formwork. The length of the suspension cable can be determined by the cross-sectional characteristics of the building support plate. In order to prevent cracking of the suspension plate, the negative reinforcement must be fixed on the bracket according to the design of the structural engineer.

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