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Galvanized wire is also known as galvanizedIronsilkannealed wireAfterGalvanizing processThe product obtained later is called galvanized wire.annealed silkandGalvanizing processAs explained earlier, no further details will be provided.
Galvanized wire, also known as galvanized iron wire or annealed wire after the galvanizing process, is referred to as galvanized wire. The concept of annealed wire and the galvanizing process has already been explained previously without a detailed introduction.
The galvanized wire is made of high-quality low-carbon steelrodAfterDrawingTo achieve the required thickness, then proceedannealing, high-temperature degreasing, acid cleaning and rust removal, dryingGalvanizing (cold galvanizing or hot galvanizing), cooled and prepared into plates, etc., through various manufacturing processes.
High-quality low-carbon steel wire is selected for galvanizing. After being drawn to the required roughness, followed by annealing, high-temperature oil removal, pickling for rust removal, drying, galvanizing (cold plating or hot plating), cooling, and further processing into plates, it is then produced.
Galvanized wires can be divided into two categories based on the manufacturing process: electroplated zinc wires and hot-dip galvanized wires. In general construction, electroplated zinc wires are used for binding because they are cheaper and more cost-effective. Hot-dip galvanized wires are typically used in the production of directly formed wire mesh (such as embossed mesh), crafts, product packaging, and communication cables that are exposed to the elements for long periods to prevent rusting.
According to use, it is generally divided into wire for construction binding and wire for crafts. The wire for construction binding has relatively low requirements—good flexibility and resistance to breaking are sufficient. For craft wire, the standards are slightly higher. It is typically used by machines, requiring no breaks along the entire length, consistent hardness, minimal variation in thickness, uniform zinc coating, and a bright finish.
Galvanized wire can be divided into two categories based on the manufacturing process: galvanized wire and hot-dip galvanized wire. Generally, galvanized wire is used for construction due to its affordability and low cost. Hot-dip galvanized wire is typically used in the production of directly shaped products such as hook flower nets, crafts, product packaging, and communication cables that need to be exposed for extended periods to prevent rust.
The common specifications for Redron galvanized wires range from 22# to 8#, which correspond to diameters of 0.71mm to 4.06mm (for how to convert wire numbers to millimeters, refer to the following diameter reference table). Galvanized wires possess excellent toughness, elasticity, and corrosion resistance, and are widely used in construction, mesh weaving, industrial and agricultural binding, communication equipment, handicrafts, daily household items, and many other fields.
REEDRLON Galvanized wire – The common sizes of galvanized wire range from 22# to 8#, which corresponds to 0.71mm to 4.06mm (for converting wire size to mm, refer to the following wire diameter comparison table). Galvanized wire possesses excellent toughness, elasticity, and corrosion resistance, and is widely used in construction, silk mesh weaving, industrial and agricultural applications, communication equipment, handicrafts, daily civilian use, and many other fields.
Galvanized iron wire is typically packaged with a plastic film inside and a woven bag or hemp cloth on the outside.ReduceDuring transportation and handling, friction damage is prevented, and moisture-free air ensures the product remains bright and new before use.
Galvanized iron wire is typically packaged in a woven bag or linen bag outside the inner plastic film, which helps reduce friction damage during transportation and keeps moisture away, ensuring the product remains bright as new before use.
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