Major features and applications of High Carbon Flat Wire
Major
features and applications of High Carbon Flat Wire
High
carbon flat wire is a type of flat wire made out of carbon steel that consist
of a higher percentage of carbon content as compared to other steel types. High
carbon flat wire has a carbon percentage between 1.0 percent and 2.5 percent,
whereas other steel types may consist of as low as 0.05 percent of carbon content
in it. The higher percentage of carbon content provides greater strength to high
carbon flat wire. To be considered as a true high carbon steel, a steel should
meet the below mentioned criteria.
·
The content of
manganese must not exceed 1.65%.
·
The content of silicon
must not exceed 0.6%.
·
The content of copper
must not exceed 0.4%.
The
common standards that define high carbon steel include:
·
ASTM
A-417 Class I/II
·
ASTM
A-227 Class I/II
·
ASTM
A-228 Music Wire
·
ASTM
A-407 Type A/B/C/D/E/F/G/H
Major
features of a high carbon flat wire
High
carbon flat wire offers a wide range of features that makes them useful in
various applications in construction, manufacturing, and industrial sectors.
Some of the major features are listed and described below.
·
Durability:
One of the biggest advantages of high carbon flat wire is the durability. Being
one of the strongest metals and shock resistant, high carbon flat wire is
widely used as a important material for construction projects. Residences,
business places, and government buildings are mostly constructed with high
carbon flat wire and other high carbon steel materials because of their high
resistance to natural disasters like tornados and earthquakes.
·
Affordability:
High carbon flat wire is comparatively cheaper than other steel flat wire for
the manufacturing of specific products. It is also because a small amount of
high carbon steel can be used for a long time. Because of being highly durable,
high carbon steel can be used for performing same function, but for longer
durations, such a piping.
·
Safety:
Being easier and safer to handle, high carbon flat wire and other high carbon
steel materials are used for the manufacturing of cookware. It does not shed
any type of chemicals into food, making it toxic.
·
Sustainable: Because
of being easy to reuse and recycle, high carbon flat wire is sustainable to
environment.
Uses
and applications of high carbon flat wire
High
carbon flat wire is highly used in a number of common applications. Because if
the increasing carbon percentage, it provides higher amount of hardness and
strength and is also considered as the most cost-effective way for gaining
enhanced performance. Though in some cases, the higher carbon content can
result in an impact of reduced weldability and ductility. If these reduced
properties can be tolerated, the increased hardness and strength can be used for
significant advantages.
High
carbon flat wire is commonly used in the applications where wear resistance,
strength, and high strength are required. These common types of uses of high
carbon flat wire include rail steels, forging grades, reinforcement in tires,
wire ropes, and wear resistant steel products. It is also used in the
manufacturing of springs, wrenches, cutting tools, hammers, coils, and various
other types of equipments and tools used in the process of building.
High
carbon flat wire and other types of high carbon steel materials have infinite
number of uses in the construction industry. In this modern world, it is near
to impossible to carry out any constructional work without the use of this
alloy. The uses of high carbon flat wire include the manufacturing of automotive
parts, bridges, frameworks in commercial and residential buildings, and so on.
Conclusion
Because
of high carbon content, high carbon steels are difficult to weld. High carbon
flat wire is highly wear resistance and having a fine microstructure, they are
used for manufacturing cutting tools and in railways. Matta Drawing
offers premium quality high carbon flat wire at reasonable price, which are
perfect for your industrial uses.
Publish Date : 13-12-2021