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High precision cold drawn tube
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High precision cold drawn tube
What are the options for tempering technology for high-precision cold drawn tubes:
The following is a complete introduction to the various temperings of cold drawn tubes.
If it is a cold-drawn pipe after low-temperature tempering, its structure will become martensite, which means that this technology not only ensures the advantages of the pipe in terms of hardness and wear resistance, but also reduces the quenching internal stress and brittleness of the cold-drawn pipe to avoid damage during use.
Medium-temperature tempering of cold-drawn tubes can enable them to obtain good yield strength, elastic limit and high durability.
High-temperature tempering. The cold-drawn tube treated with this technology can improve all aspects of its comprehensive properties, including strength, hardness, plasticity, durability, etc. Such cold-drawn tubes can be used in the main structure of some equipment.
The following is a complete introduction to the various temperings of cold drawn tubes.
If it is a cold-drawn pipe after low-temperature tempering, its structure will become martensite, which means that this technology not only ensures the advantages of the pipe in terms of hardness and wear resistance, but also reduces the quenching internal stress and brittleness of the cold-drawn pipe to avoid damage during use.
Medium-temperature tempering of cold-drawn tubes can enable them to obtain good yield strength, elastic limit and high durability.
High-temperature tempering. The cold-drawn tube treated with this technology can improve all aspects of its comprehensive properties, including strength, hardness, plasticity, durability, etc. Such cold-drawn tubes can be used in the main structure of some equipment.