Carbon-structured steel wire (GB/T3206-1982)
Carbon-structured steel wire (GB/T3206-1982) is a type of steel wire with good structure that is mainly used for making fishhooks and other small objects. The abbreviation for this steel wire is GB/T 3206-1982, which is abbreviated as “LCF-82″. This type of steel wire is made from low-carbon steel and its properties are excellent for use as a fishing tackle. It has good quality, high tensile strength, good wear resistance, and high temperature resistance.
The manufacture of this type of steel wire involves the introduction of carbon in the form of a gas or liquid, typically an oxygen-acetylene mixture. This carbonizing process produces a thin steel wire with a uniform structure that is resistant to pulling and bending. The wire is rolled, drawn and annealed to produce a very tough fishing wire with a high tensile strength. The surface of the wire is galvanized to increase corrosion resistance, and a mixture of zinc, iron, and chromium is used for the electroplating process to produce the desired coating.
This type of steel wire is widely used for making various types of fishing tackle. It can be used to make a variety of different types of fish hooks and lures, including inline spinners, buzz baits, jigs and spoons. Hooks made with this type of wire are very strong and can withstand a lot of force. It is also used to make fishing lines and nets as well as a variety of baits and lures.
Besides fishing tackle, this type of steel wire is also known for its use in making clothes hangers. This type of wire is often found in the form of lightweight metal hangers, which are easy to hang clothes on. This type of wire is strong and durable, and it is also relatively cheap.
The carbon-structured steel wire (GB/T3206-1982) has many advantages over other types of steel wire. It is good for making fishing tackle because it is strong and resists corrosion. It is also good for making clothes hangers because it is lightweight and relatively inexpensive. This type of steel wire is also strong and resistant to bending, making it suitable for a variety of applications.
