Subsea concrete interlocking block mould is a special tool used to make subsea concrete interlocking blocks. Subsea concrete interlocking block is a building material used in subsea engineering, by filling and shaping concrete in molds to form a unique shape and structure to provide stable foundation support and resist the impact of water flow.
The following is an explanation of the basic knowledge of the submarine concrete interlocking block mold:
1.Mold construction: The submarine concrete interlocking block mold is generally composed of a mold base plate and a wall mold. The mold base plate is the main part of the mold that is used to support the filled concrete and provide the shape of the bottom of the interlocking block. The wall mold surrounds the base plate of the mold and is used to shape the sides and top of the interlocking blocks.
2.Mold Material: Subsea concrete interlocking block molds are usually made of high-quality steel or rubber materials are used. Molds made of high-quality steel usually have high wear and corrosion resistance and can be used many times;Molds made of rubber materials are single-use and are often used for temporary subsea works.
3.Mold design: Mold design needs to be carried out according to the shape and size requirements of the interlocking block to ensure that the mold can accurately shape the shape of the target interlocking block. The mold design also needs to consider the smoothness of filling concrete and the convenience of demoulding to improve production efficiency.
4.Mold use: When using a subsea concrete interlocking block mold, the mold bottom plate is first placed on the seabed or work platform, and then the wall mold is placed around the mold bottom plate and fixed with it. Next, the concrete is filled into a mold, compacted and the air is expelled using vibrating equipment or tools. After the concrete is solidified, disassemble the mold and take out the interlocking block.
It should be noted that when using the submarine concrete interlocking block mold, the appropriate mold material and design should be selected according to the actual situation, and the relevant operating procedures and safety measures should be followed to ensure construction safety and product quality. In addition, the care and maintenance of the mold is also important to prolong the service life of the mold.