Introduction:-
Carbon Steel 10.9 fastenersare high-strength components designed for critical applications that demand superior mechanical properties and durability. The "10.9" designation reflects their mechanical grade as per ISO 898-1 standards, denoting high tensile and yield strength. These fasteners are widely used in industries where safety and performance are paramount, such as automotive, construction, and heavy machinery.
Carbon Steel 10.9 fasteners are high-performance components widely used in industries requiring superior strength and reliability. The "10.9" classification indicates their mechanical properties, as per ISO 898-1 standards, where they exhibit exceptional tensile and yield strength. These fasteners are made from medium-carbon steel and undergo quenching and tempering processes to meet the demands of heavy-duty and safety-critical applications.
Product Overview:-
Grade 10.9 represents a medium carbon steel alloy, tempered and quenched, with characteristics of both medium carbon and low carbon steel. Carbon Steel 10.9 Fasteners, available in various sizes, dimensions, and specifications, cater to the demands of esteemed customers. These fasteners exhibit high tensile strength and flexibility, making them suitable for use even in harsh environmental conditions.
Fasteners crafted from carbon steel 10.9 boast exceptionally consistent threading and excellent dimensional accuracy. Known for their security, especially during seismic activities like earthquakes, hurricanes, and tornadoes, these fasteners are also considered environmentally friendly due to their recyclable nature. Widely utilized in various industrial applications, including construction, Carbon Steel 10.9 Fasteners are corrosion-resistant, durable, easy to install, and feature excellent finishing.
Specifications:-
SpecificationASTM F568 / ASME SF568DimensionDIN, ISO, ASTM, JIS, BS, GB, IS and all International StandardsSize RangeM3 - M56 | 3/6" to 2" | Custom SizesLength3 mm to 200 mm
Benefits:-
Carbon Steel 10.9 Fasteners offer a range of advantages, including a superior finish, high general corrosion resistance, easy installation, flexibility, durability, robust construction, and low maintenance. With high machinability and workability, these fasteners are well-suited for numerous industrial applications.
Conclusions:-
However, it's important to note that due to their high carbon content, carbon steels are susceptible to heat damage in the Heat-Affected Zone (HAZ) during welding. While modifications to stainless steel alloys reduce the risk of weld regions becoming sensitized, carbon steels are more prone to intergranular corrosion compared to other stainless steel alloys.
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