Aluminum template

Abstract

The invention relates to an aluminum template which has higher use efficiency and saves more materials. The aluminum template comprises a panel and connection plates at the periphery of the inner side of the panel, wherein a plurality of vertical reinforcing ribs and transverse reinforcing ribs are arranged on the inner side of the panel, and the two ends of the vertical reinforcing ribs and the transverse reinforcing ribs are fixedly connected with the connection plates respectively; notches are formed in one sides of the transverse reinforcing ribs, which are contacted with the panel; the vertical reinforcing ribs are inserted into the notches. According to the aluminum template, a manner of arranging the reinforcing ribs vertically and transversely is adopted so that the panel with a template area of 0.5 square meters is divided into a plurality of small stresses faces, so that the template is not easy to deform and the strength and the bearing capability of the template are enhanced greatly; convex shoulder strip inner bolts are arranged on the connection plates for connection so that the occlusion of the templates is more tight and slurry is not easy to seep, and furthermore, the slurry is saved and a construction site is prevented from being polluted by the slurry; a pin sheet is set to be a radian plate so that the pin sheet is not easy to fall off, is convenient to mount and dismount and is convenient to pick up when falling down to the ground; the construction cost is reduced effectively to a certain extent.

Description

technical field [0001] The invention relates to the field of building formwork, in particular to an aluminum formwork with high use efficiency and relatively saving materials. Background technique [0002] The formwork in the existing construction industry uses a large number of wooden formwork. The most traditional wooden formwork is poplar wood formwork and pine wood formwork. This kind of formwork is relatively light and the cost is slightly lower, but its durability is poor The construction quality depends on the technical level and management level of the on-site construction personnel. Many problems are randomly handled by the construction site. There are a large number of uncontrollable factors in the project quality and construction efficiency in such an extensive mode, resulting in poor construction quality and construction efficiency. Efficiency and construction safety problems abound, and it is difficult to effectively control them; and the reuse rate of wooden fo...

AI Technical Summary

Problems solved by technology

[0002] The formwork in the existing construction industry uses a large number of wooden formwork. The most traditional wooden formwork is poplar wood formwork and pine wood formwork. This kind of formwork is relatively light and the cost is slightly lower, but its durability is poor The construction quality depends on the technical level and management level of the on-site construction personnel. Many problems are randomly handled by the construction site. There are a large number of uncontrollable factors in the project quality and construction efficiency in such an extensive mode, resulting in poor construction quality and construction efficiency. Efficiency and construction safety problems abound, and it is difficult to effectively control them; and the reuse rate of wooden formwork is very low. Because of this, the large-scale use of wooden formwork is at the cost of a large number of deforestation, causing damage to the environment

The replaced steel formwork is very strong and can be reused well, but it is too heavy and the cost is extremely high, and because the quality of the steel formwork is heavy, it is inconvenient to load and unload during actual construction work, and there is a large safety hazard, so it is difficult to promote; existing Due to the low strength of aluminum, in order to ensure the construction quality, the aluminum plate must ensure its strength through thickness, which also increases the weight of the formwork to a certain extent, increases the difficulty of loading and unloading during construction operations, and also makes the use of aluminum formwork more costly. , and the existing aluminum formwork is easy to ooze slurry during the construction process due to the high assembly process requirements at the joints of the longitudinal connecting plates. The above reasons make it difficult to quickly and widely promote the aluminum formwork

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