Regarding the heavy bearing of warehouse armor, this topic has been brought up again recently, and I will take this opportunity to organize an article related to this for your reference.
Warehouse armor seam load-bearing is a kind of armor seam construction method used for large warehouse floors. Its design principles mainly include the following aspects:
1. Load-bearing capacity: The design of the warehouse armor seam is focused on ensuring that it can bear the weight on the floor. Therefore, it is necessary to consider the load of the floor and select the appropriate material and structure when designing. Generally speaking, armor seam heavy loads are made of thicker metal materials, such as steel plates or cast iron, to ensure sufficient strength and stability.
2.Motion performance: Warehouse floors often require motion equipment, such as forklifts. Therefore, the design of the warehouse armor seam load should also take into account the movement performance of the equipment. The design needs to ensure that the width of the armor seam can accommodate the movement of the equipment, and the flatness of the armor seam is guaranteed to prevent the equipment from jolting during driving.
3.Compressive capacity: The warehouse floor is often under the pressure of weight, so the armor seam needs to have good compressive resistance. The design needs to take into account the load on the floor and select the appropriate materials and structures to ensure the compressive performance of the armor joint.
4.Waterproof and dustproof: Warehouse floors need to be waterproof and dustproof. The design of the armor seam to bear the weight should take this into account to ensure that the armor joint can effectively prevent water and dust from penetrating to protect the stability and service life of the floor.
In terms of construction methods, the installation of warehouse armor seam load-bearing generally includes the following steps:
1. Floor preparation: First of all, the floor needs to be cleaned and treated to ensure that the ground is flat and dry, and any debris is removed, so that the armor seam can be installed correctly.
2.Installation of the metal frame: delineate the location of the armor seam on the floor and make holes according to the design requirements. The metal frame is then mounted in a perforated position and fixed using bolts or welding. Make sure the metal frame is tightly attached to the floor and able to withstand the weight of the floor.
3.Laying of filling materials: Laying appropriate filling materials, such as rubber strips or high-density foam, is laid within the installed metal frame. The filler material should fit snugly to the metal frame and have good compressive and elastic properties.
4.Sealing armor seams: Cover the filling material with a layer of sealing material, such as polyurethane glue, etc. Ensure the sealing performance of the armor seam to avoid water and dust infiltration.
5.Inspection and cleaning: Inspect the armor seams to ensure the quality of the installation. Clean the work area and make sure the floor is dry and free of debris.
The design principles for the heavy-duty bearing of warehouse armor joints include weight capacity, kinematic performance, compression resistance, water and dust resistance, and construction methods include floor preparation, installation of metal frames, laying of filler materials, sealing of armor joints, and inspection and cleaning.