Welding process of stone mountain carving

stone mountain carving is a new type of stone carving. Stone carving materials are resistant to air, steam, water, weakly corrosive substances, and acid, alkali, salt and other chemical corrosive substances, so they have always been loved by everyone.

The stone carving itself is silvery white in color and has glossiness. It is especially suitable for placement in urban parks, zoological and botanical gardens, urban gardens, residential areas, city squares, shopping malls, hotels, restaurants, guesthouses, leisure clubs and other outdoor and indoor places. stone mountain carving are not easy to rust, easy to clean, strong in impact resistance and durable, and have become mainstream stone sculpture in the city. stone mountain carving should be cleaned regularly and placed in a dry environment for maintenance. Wear gloves when handling to prevent salt corrosion from sweat on your hands.

If there are no special requirements for the thickness of stone mountain carving, it is usually 1.5mm, 2.0mm, or 3.0mm. The thicker the plate, the harder it is to shape and the price is higher. It is usually electric welded and relatively strong, that is, the frame of the stone sculpture itself is welded to the embedded parts on the base, and the steel bars are welded under the embedded parts. The length of the steel bars and the size of the embedded parts are determined according to the size of the stone sculpture. For the sake of beauty, generally speaking, after the stone sculpture are assembled, marble or granite plates will be glued to the base.

stone mountain carving is not completed by processing one stone carving. It is made up of multiple stone sculpture. The process of formation involves welding issues. Generally speaking, there are three main welding processes. Using heating or pressure, or a combination of the two, or filling materials, the product workpieces can be combined. Generally, there are several types: fusion welding, pressure welding and brazing. A processing technology that uses heat and pressure to achieve atomic bonding and non-detachable connection of product workpieces. Including fusion welding, pressure welding, brazing, etc. A method of connecting metal structural components that utilizes the metal molecules between connectors to penetrate each other at high temperatures and combine into a whole.