樓承板又叫壓型鋼板，是建筑樓房中經(jīng)常使用的建筑材料，下面來講講濟(jì)南樓承板常見的使用問題。

Floor bearing plate, also known as profiled steel plate, is a building material often used in buildings. Next, we will talk about the common use problems of floor bearing plate in Jinan.

1、樓承板是什么，采用的材質(zhì)是什么?

1. What is the floor bearing plate and the material used?

樓承板是用在多高層建筑中代替原始模板使用。樓承板的材質(zhì)也就是指鍍鋅含有量和屈服強(qiáng)度，常見的樓承板有Q235和Q345.

Floor bearing plate is used to replace the original formwork in high-rise buildings. The material of floor bearing plate refers to the zinc content and yield strength. Common floor bearing plates are Q235 and Q345

2、樓承板較土建相比有哪些優(yōu)點?

2. What are the advantages of floor bearing plate compared with civil engineering?

樓承板和土建相比主要優(yōu)點是施工快、省工時、省混泥土、效果好、不需要維護(hù)、它直接用模板使用，且經(jīng)久耐用。(因為樓承板可以多層施工)防炎性能強(qiáng)，抗震性能好及可回改再利用等。

Compared with civil engineering, the main advantages of floor bearing plate are fast construction, labor saving, concrete saving, good effect, no maintenance, direct use of formwork, and durability. (Because the floor bearing plate can be constructed in multiple layers) It has strong anti inflammation performance, good seismic performance and can be reused.

3、樓承板的主要特點是什么?

3. What are the main characteristics of floor bearing plates?

重量輕、強(qiáng)度高、承重大、抗震性好、施工簡單快捷、拼裝方便、取代傳統(tǒng)模板、改善傳統(tǒng)模板缺點、可作為結(jié)構(gòu)強(qiáng)度一部分、減低材料成本、易于配筋、配線、配管之施工、外觀整潔美觀。

Light weight, high strength, large bearing capacity, good seismic resistance, simple and fast construction, convenient assembly, replacement of traditional formwork, improvement of traditional formwork defects, can be used as a part of structural strength, reduce material costs, easy reinforcement, wiring, piping construction, neat and beautiful appearance.

4、樓承板不配筋可以嗎?

4. Can the floor bearing plate not be reinforced?

都需要配筋的，只是量多量少的問題，可以考慮鋼筋桁架樓承板，比較省事，而且可以設(shè)計跨度較在的無支撐板跨，減少或者基本不用臨時支撐。

All need reinforcement, but the quantity is large and the quantity is small. The steel bar truss floor support plate can be considered, which is more convenient. In addition, the unsupported slab span with relatively long span can be designed, which reduces or basically eliminates temporary support.

5、樓承板的種類?

5. Type of floor bearing plate?

樓承板分為開口式、閉口式和鋼筋桁架板。

Floor bearing plate is divided into open type, closed type and steel truss plate.

6、什么是樓承板的波高?什么是樓承板的波距?

6. What is the wave height of the floor support plate? What is the wave distance of floor bearing plate?

YX73-140-760型樓承板基本參數(shù)波高：73mm波距：140mm有效寬度：760mm展開寬度：1000mm(厚度規(guī)格：0.8mm,1.0mm,1.2mm)

Basic parameters of YX73-140-760 type floor support plate Wave height: 73mm Wave distance: 140mm Effective width: 760mm Developed width: 1000mm (thickness specification: 0.8mm, 1.0mm, 1.2mm)

7、樓承板的厚度?

7. Thickness of floor bearing plate?

常規(guī)厚度為0.8mm-1.2mm。鋼筋桁架樓承板的底板厚度一般是0.5mm。

The normal thickness is 0.8mm-1.2mm. The thickness of the bottom plate of the steel bar truss floor support plate is generally 0.5mm.

8、每平方樓承板大概含多少栓釘?

8. How many studs per square floor bearing plate?

這個要與你的次梁間距有關(guān)，正常的話每平米在2.5個

This is related to the distance between your secondary beams. Normally, 2.5 beams per square meter

9、3w結(jié)構(gòu)樓承板的3w是什么意思?

9. What is the meaning of 3w for 3w structural floor bearing plate?

壓型板的凹凸數(shù)，通常有2W(兩個凸起面)，3W(三個凸起面)兩種類型。

The number of concave convex of profiled plate is generally 2W (two convex surfaces) and 3W (three convex surfaces).

10、樓承板鋼筋用多大,怎么配?

10. How large is the floor bearing plate reinforcement and how to match it?

這個要根據(jù)樓板的跨度大小，板厚，混凝土強(qiáng)度等級，板上荷等。

This shall be based on the span size, thickness, concrete strength grade and load on the slab.

市面上關(guān)于它的種類非常的多，一般都是開口型樓承板，燕尾型樓承板、全閉口型樓承板三類。它的使用范圍非常的廣，一般都在鋼結(jié)構(gòu)建筑中使用。您有相關(guān)需求就來聯(lián)系我們http://www.gp552.com吧！

There are many kinds of them on the market, generally including open type floor bearing plate, swallow tail type floor bearing plate and full closed type floor bearing plate. It is widely used in steel structure buildings. Please contact us if you have relevant needs http://www.gp552.com Come on!