Release time：2020-01-16 18:44 Browse：
Construction principle and technical characteristics
Dacromet hexagon flange cement anchor, as the name suggests, is a combination of Dacromet coating technology and hexagonal flange design of a special anchor. Dacromet (Dacromet) is a new type of metal surface treatment process, which covers zinc, aluminum, chromium and other elements uniformly in powder form on the metal surface by electrochemical method to form a dense anti-corrosion coating. This coating not only has excellent corrosion resistance, but also effectively resists the erosion of metal by harsh environments such as damp heat and salt spray, which greatly extends the service life of the anchor bolt.
The hexagonal flange design gives the anchor bolt stronger installation convenience and structural stability. The hexagonal shape is easy to tighten with tools such as wrenches, while the flange part increases the contact area between the anchor bolt and the concrete foundation, improving the reliability and bearing capacity of anchoring. In addition, the Dacromet hexagonal flange cement anchor also has good seismic performance, which can effectively reduce structural damage and ensure the overall safety of the building when natural disasters such as earthquakes occur.
Application scenario
Dacromet hexagon flanged cement anchors are widely used in various building structures, including but not limited to high-rise buildings, Bridges, tunnels, subways, wind power towers, nuclear power plants and various industrial plants. In these cases, it is mainly used to fix steel structures, mechanical equipment, piping systems and other components that need to be firmly connected. Especially in some environments that require very high anti-corrosion performance, such as coastal areas, chemical plants, etc., the existence of dacromet coating is particularly important.
The importance of modern architecture
With the continuous progress of construction technology and people's increasing requirements for building safety and durability, the importance of Dacromet hexagonal flange cement anchor is becoming more and more prominent. It is not only the "joint" connecting the various parts of the building, but also the cornerstone to ensure the stable operation of the entire structural system. In high-rise buildings, each anchor carries huge weight and stress, and its performance is directly related to the safety performance and service life of the building.
In addition, with the popularity of the concept of green building, the environmental advantages of Dacromet hexagonal flange cement anchors have gradually been recognized. Compared with traditional anti-corrosion treatment methods such as galvanized, Dacromet coating has less impact on the environment during production and use, and meets the requirements of sustainable development.
Construction technology and quality control
The construction of Dacromet hexagonal flange cement anchors requires strict compliance with relevant standards and specifications, from material selection, surface treatment, installation positioning to tightening torque control, every link is crucial. Before construction, the anchor bolt and accessories should be carefully checked to ensure that they meet the design requirements; During the construction process, the installation position of the anchor bolt should be accurate and the tightening torque should be moderate in strict accordance with the construction drawings and technical requirements. After the construction is completed, the necessary testing and acceptance work should be carried out to ensure that the anchoring effect of the anchor meets the design requirements.
In terms of quality control, in addition to strengthening the supervision and testing during the construction process, attention should also be paid to the quality control of materials and the training of construction technicians. Only the selection of reliable quality Dacromet hexagonal flange cement anchors and accessories, and equipped with skilled construction personnel, in order to ensure the construction quality and project safety.
