Types and Quality Inspection Standards of Galvanized Iron Wire
Galvanized iron wire is an important metal product, and different models of galvanized iron wire are suitable for different occasions and needs. When purchasing, appropriate models should be selected based on the specific situation, and reliable manufacturers should be selected to ensure the quality and effectiveness of the product. Next, galvanized wire manufacturers will introduce several common models.
- Q195 galvanized iron wire Q195 is a common carbon structural steel specified in the standard GB/T 700-2006, and its chemical composition meets the standard requirements. Q195 galvanized iron wire has good tensile strength and ductility, and is widely used in fields such as agriculture, construction, and furniture manufacturing.
Q235 galvanized iron wire Q235 is a common carbon structural steel specified in the standard GB/T 700-2006, and its chemical composition meets the standard requirements. Q235 galvanized iron wire has high tensile strength and hardness, suitable for occasions with high strength requirements, such as building structures, fence manufacturing, etc.
Q345 galvanized iron wire Q345 is a medium carbon structural steel specified in the standard GB/T 1591-2008, and its chemical composition meets the standard requirements. Q345 galvanized iron wire has higher tensile strength and good toughness, suitable for occasions with high requirements for strength and durability, such as bridges, highway guardrails, etc.
- Q195-Q235 galvanized iron wire refers to a product produced by mixing two different types of steel wires, Q195 and Q235, during the production process. This galvanized iron wire combines the advantages of Q195 and Q235, has high tensile strength and good ductility, and is suitable for various general applications.
In addition to the common models mentioned above, other models of galvanized iron wire can also be customized according to different needs. When selecting a galvanized iron wire model, it is necessary to comprehensively consider factors such as the specific usage environment, required strength, and durability to choose a suitable model. Pay attention to selecting manufacturers with reliable quality and better production processes to ensure the quality and effectiveness of the products.
