Fixing socket with bent end

Design:

1. Curved end design:

• The fixing socket bending end directly transfers force into the concrete without the need for additional steel reinforcement. The corner end is anchored in the concrete through a template closure.

2. Material selection:

• The material of the fixed socket is usually chosen according to its application environment and requirements. The usual material is stainless and galvanized.

3. Connection method:

• The connection method for fixing sockets with bent ends may include threaded connections, snap connections, welding, etc. The specific connection method depends on its application scenario and the required connection strength.

Application:

1. Construction work:

• Metal-embedded parts can be used to construct structures such as beams, columns, walls, etc., ensuring the stability and safety of buildings.

2. Road and Bridge:

• Fixing sockets with bent ends can be used in the construction of roads and bridges to fix facilities. In bridge structures, fixing sockets with bent end can serve as connectors to achieve stable connections between different parts of the bridge.

3. Municipal engineering:

• Metal-embedded parts can be used in the construction of municipal facilities such as railways and underground comprehensive pipe galleries.

Advantages:

1. Reduce cost:

• The fixing socket bending end directly transfers force into the concrete without the need for additional steel reinforcement. The corner end is anchored in the concrete through a template closure, which can save time and labor.

2. High strength and stability:

• It is often used for supporting and connecting large structures, such as high-rise buildings, large-span bridges, etc. Capable of withstanding complex load conditions, ensuring the safety and stability of engineering structures.