Wire rod is a hot-rolled steel product in coil form, used for manufacturing wires, fasteners, springs, and reinforcement materials.

Wire Rod

<p&nbsp;class="whitespace-pre-wrap">Alloy&nbsp;steel&nbsp;is&nbsp;a&nbsp;type&nbsp;of&nbsp;steel&nbsp;that&nbsp;is&nbsp;alloyed&nbsp;with&nbsp;various&nbsp;elements&nbsp;like&nbsp;chromium,&nbsp;nickel,&nbsp;molybdenum,&nbsp;vanadium,&nbsp;and&nbsp;manganese&nbsp;in&nbsp;specific&nbsp;proportions&nbsp;to&nbsp;enhance&nbsp;its&nbsp;mechanical&nbsp;properties.&nbsp;These&nbsp;added&nbsp;elements&nbsp;improve&nbsp;strength,&nbsp;hardness,&nbsp;wear&nbsp;resistance,&nbsp;and&nbsp;corrosion&nbsp;resistance.&nbsp;Alloy&nbsp;steels&nbsp;are&nbsp;widely&nbsp;used&nbsp;in&nbsp;the&nbsp;automotive,&nbsp;aerospace,&nbsp;construction,&nbsp;and&nbsp;machinery&nbsp;industries.&nbsp;They&nbsp;are&nbsp;available&nbsp;in&nbsp;low-alloy&nbsp;and&nbsp;high-alloy&nbsp;variants,&nbsp;depending&nbsp;on&nbsp;the&nbsp;percentage&nbsp;of&nbsp;alloying&nbsp;elements.&nbsp;Alloy&nbsp;steels&nbsp;can&nbsp;be&nbsp;heat-treated&nbsp;to&nbsp;achieve&nbsp;desired&nbsp;properties,&nbsp;making&nbsp;them&nbsp;highly&nbsp;versatile&nbsp;for&nbsp;demanding&nbsp;applications.&nbsp;Due&nbsp;to&nbsp;their&nbsp;improved&nbsp;performance&nbsp;and&nbsp;durability,&nbsp;they&nbsp;are&nbsp;preferred&nbsp;in&nbsp;structural&nbsp;components,&nbsp;engine&nbsp;parts,&nbsp;tools,&nbsp;and&nbsp;pressure&nbsp;vessels. <p&nbsp;class="whitespace-pre-wrap"> <p&nbsp;class="whitespace-pre-wrap">Benefits&nbsp; <ul><li><p&nbsp;class="whitespace-pre-wrap">Enhanced&nbsp;strength&nbsp;and&nbsp;toughness </li><li><p&nbsp;class="whitespace-pre-wrap">Improved&nbsp;corrosion&nbsp;and&nbsp;wear&nbsp;resistance </li><li><p&nbsp;class="whitespace-pre-wrap">Better&nbsp;heat&nbsp;and&nbsp;fatigue&nbsp;resistance </li><li><p&nbsp;class="whitespace-pre-wrap">Suitable&nbsp;for&nbsp;critical&nbsp;load-bearing&nbsp;applications </li><li><p&nbsp;class="whitespace-pre-wrap">Customizable&nbsp;through&nbsp;heat&nbsp;treatment </li></ul>

Alloy steel is a type of steel that is alloyed with various elements like chromium, nickel, molybdenum, vanadium, and manganese in specific proportions to enhance its mechanical properties. These added elements improve strength, hardness, wear resistance, and corrosion resistance. Alloy steels are widely used in the automotive, aerospace, construction, and machinery industries. They are available in low-alloy and high-alloy variants, depending on the percentage of alloying elements. Alloy steels can be heat-treated to achieve desired properties, making them highly versatile for demanding applications. Due to their improved performance and durability, they are preferred in structural components, engine parts, tools, and pressure vessels.Benefits Enhanced strength and toughnessImproved corrosion and wear resistanceBetter heat and fatigue resistanceSuitable for critical load-bearing applicationsCustomizable through heat treatment

Alloy Steel

<p&nbsp;class="whitespace-pre-wrap">Aluminium&nbsp;is&nbsp;a&nbsp;lightweight,&nbsp;silvery-white&nbsp;metal&nbsp;known&nbsp;for&nbsp;its&nbsp;excellent&nbsp;corrosion&nbsp;resistance,&nbsp;high&nbsp;thermal&nbsp;and&nbsp;electrical&nbsp;conductivity,&nbsp;and&nbsp;non-toxic&nbsp;nature.&nbsp;It&nbsp;is&nbsp;the&nbsp;third&nbsp;most&nbsp;abundant&nbsp;element&nbsp;in&nbsp;the&nbsp;Earth’s&nbsp;crust&nbsp;and&nbsp;widely&nbsp;used&nbsp;across&nbsp;industries&nbsp;due&nbsp;to&nbsp;its&nbsp;recyclability&nbsp;and&nbsp;versatility.&nbsp;Pure&nbsp;aluminium&nbsp;is&nbsp;soft&nbsp;and&nbsp;ductile&nbsp;but&nbsp;can&nbsp;be&nbsp;strengthened&nbsp;through&nbsp;alloying.&nbsp;It&nbsp;is&nbsp;used&nbsp;in&nbsp;packaging&nbsp;(like&nbsp;foil&nbsp;and&nbsp;cans),&nbsp;transportation&nbsp;(aircraft,&nbsp;cars),&nbsp;construction,&nbsp;and&nbsp;electrical&nbsp;transmission.&nbsp;Aluminium&nbsp;is&nbsp;also&nbsp;non-magnetic&nbsp;and&nbsp;does&nbsp;not&nbsp;spark,&nbsp;making&nbsp;it&nbsp;suitable&nbsp;for&nbsp;sensitive&nbsp;environments.&nbsp;Its&nbsp;combination&nbsp;of&nbsp;low&nbsp;density&nbsp;and&nbsp;high&nbsp;functionality&nbsp;makes&nbsp;it&nbsp;ideal&nbsp;for&nbsp;applications&nbsp;where&nbsp;weight&nbsp;saving&nbsp;is&nbsp;crucial. <p&nbsp;class="whitespace-pre-wrap"> <p&nbsp;class="whitespace-pre-wrap">Benefits&nbsp; <ul><li><p&nbsp;class="whitespace-pre-wrap">Lightweight&nbsp;and&nbsp;easy&nbsp;to&nbsp;handle </li><li><p&nbsp;class="whitespace-pre-wrap">Excellent&nbsp;corrosion&nbsp;resistance </li><li><p&nbsp;class="whitespace-pre-wrap">High&nbsp;conductivity </li><li><p&nbsp;class="whitespace-pre-wrap">Recyclable&nbsp;and&nbsp;environmentally&nbsp;friendly </li><li><p&nbsp;class="whitespace-pre-wrap">Non-toxic&nbsp;and&nbsp;safe&nbsp;for&nbsp;food&nbsp;contact </li></ul>

Aluminium is a lightweight, silvery-white metal known for its excellent corrosion resistance, high thermal and electrical conductivity, and non-toxic nature. It is the third most abundant element in the Earth’s crust and widely used across industries due to its recyclability and versatility. Pure aluminium is soft and ductile but can be strengthened through alloying. It is used in packaging (like foil and cans), transportation (aircraft, cars), construction, and electrical transmission. Aluminium is also non-magnetic and does not spark, making it suitable for sensitive environments. Its combination of low density and high functionality makes it ideal for applications where weight saving is crucial.Benefits Lightweight and easy to handleExcellent corrosion resistanceHigh conductivityRecyclable and environmentally friendlyNon-toxic and safe for food contact

Aluminium

<p&nbsp;class="whitespace-pre-wrap">Aluminium&nbsp;alloys&nbsp;are&nbsp;made&nbsp;by&nbsp;combining&nbsp;aluminium&nbsp;with&nbsp;elements&nbsp;such&nbsp;as&nbsp;copper,&nbsp;magnesium,&nbsp;silicon,&nbsp;zinc,&nbsp;and&nbsp;manganese&nbsp;to&nbsp;improve&nbsp;strength,&nbsp;hardness,&nbsp;and&nbsp;other&nbsp;properties.&nbsp;These&nbsp;alloys&nbsp;are&nbsp;categorized&nbsp;into&nbsp;two&nbsp;types:&nbsp;wrought&nbsp;alloys&nbsp;(processed&nbsp;mechanically)&nbsp;and&nbsp;cast&nbsp;alloys&nbsp;(shaped&nbsp;via&nbsp;casting).&nbsp;Aluminium&nbsp;alloys&nbsp;are&nbsp;lightweight&nbsp;yet&nbsp;strong,&nbsp;offering&nbsp;excellent&nbsp;corrosion&nbsp;resistance&nbsp;and&nbsp;workability.&nbsp;They&nbsp;are&nbsp;widely&nbsp;used&nbsp;in&nbsp;aerospace,&nbsp;automotive,&nbsp;marine,&nbsp;and&nbsp;structural&nbsp;applications&nbsp;where&nbsp;high&nbsp;strength-to-weight&nbsp;ratio&nbsp;is&nbsp;essential.&nbsp;Different&nbsp;series&nbsp;of&nbsp;aluminium&nbsp;alloys&nbsp;(like&nbsp;2xxx,&nbsp;6xxx,&nbsp;and&nbsp;7xxx)&nbsp;serve&nbsp;various&nbsp;purposes&nbsp;based&nbsp;on&nbsp;their&nbsp;composition&nbsp;and&nbsp;properties.&nbsp;They&nbsp;also&nbsp;maintain&nbsp;aluminium’s&nbsp;recyclability&nbsp;and&nbsp;non-toxic&nbsp;nature,&nbsp;making&nbsp;them&nbsp;ideal&nbsp;for&nbsp;sustainable&nbsp;engineering. <p&nbsp;class="whitespace-pre-wrap"> <p&nbsp;class="whitespace-pre-wrap">Benefits <ol><li><p&nbsp;class="whitespace-pre-wrap">High&nbsp;strength-to-weight&nbsp;ratio </li><li><p&nbsp;class="whitespace-pre-wrap">Excellent&nbsp;corrosion&nbsp;resistance </li><li><p&nbsp;class="whitespace-pre-wrap">Good&nbsp;formability&nbsp;and&nbsp;machinability </li><li><p&nbsp;class="whitespace-pre-wrap">Variety&nbsp;of&nbsp;grades&nbsp;for&nbsp;diverse&nbsp;applications </li><li><p&nbsp;class="whitespace-pre-wrap">Recyclable&nbsp;and&nbsp;sustainable&nbsp;material </li></ol>

Aluminium alloys are made by combining aluminium with elements such as copper, magnesium, silicon, zinc, and manganese to improve strength, hardness, and other properties. These alloys are categorized into two types: wrought alloys (processed mechanically) and cast alloys (shaped via casting). Aluminium alloys are lightweight yet strong, offering excellent corrosion resistance and workability. They are widely used in aerospace, automotive, marine, and structural applications where high strength-to-weight ratio is essential. Different series of aluminium alloys (like 2xxx, 6xxx, and 7xxx) serve various purposes based on their composition and properties. They also maintain aluminium’s recyclability and non-toxic nature, making them ideal for sustainable engineering.BenefitsHigh strength-to-weight ratioExcellent corrosion resistanceGood formability and machinabilityVariety of grades for diverse applicationsRecyclable and sustainable material

Aluminium Alloy

<p&nbsp;class="whitespace-pre-wrap">Carbon&nbsp;steel&nbsp;is&nbsp;a&nbsp;type&nbsp;of&nbsp;steel&nbsp;that&nbsp;primarily&nbsp;consists&nbsp;of&nbsp;iron&nbsp;and&nbsp;carbon,&nbsp;with&nbsp;minimal&nbsp;alloying&nbsp;elements.&nbsp;It&nbsp;is&nbsp;one&nbsp;of&nbsp;the&nbsp;most&nbsp;widely&nbsp;used&nbsp;types&nbsp;of&nbsp;steel&nbsp;due&nbsp;to&nbsp;its&nbsp;strength,&nbsp;affordability,&nbsp;and&nbsp;versatility.&nbsp;Carbon&nbsp;steel&nbsp;is&nbsp;categorized&nbsp;into&nbsp;three&nbsp;types&nbsp;based&nbsp;on&nbsp;carbon&nbsp;content:&nbsp;low,&nbsp;medium,&nbsp;and&nbsp;high&nbsp;carbon&nbsp;steel.&nbsp;Each&nbsp;type&nbsp;serves&nbsp;specific&nbsp;industrial&nbsp;applications,&nbsp;ranging&nbsp;from&nbsp;structural&nbsp;parts&nbsp;to&nbsp;cutting&nbsp;tools.&nbsp;It&nbsp;offers&nbsp;good&nbsp;machinability&nbsp;and&nbsp;heat&nbsp;treatment&nbsp;response,&nbsp;but&nbsp;its&nbsp;corrosion&nbsp;resistance&nbsp;is&nbsp;limited&nbsp;without&nbsp;protective&nbsp;coatings.&nbsp;Common&nbsp;uses&nbsp;include&nbsp;pipes,&nbsp;construction&nbsp;materials,&nbsp;automotive&nbsp;components,&nbsp;and&nbsp;tools.&nbsp;Its&nbsp;mechanical&nbsp;properties&nbsp;make&nbsp;it&nbsp;suitable&nbsp;for&nbsp;engineering&nbsp;and&nbsp;fabrication&nbsp;industries. <p&nbsp;class="whitespace-pre-wrap"> <p&nbsp;class="whitespace-pre-wrap">Benefits <ol><li><p&nbsp;class="whitespace-pre-wrap">High&nbsp;strength&nbsp;and&nbsp;durability </li><li><p&nbsp;class="whitespace-pre-wrap">Cost-effective&nbsp;material </li><li><p&nbsp;class="whitespace-pre-wrap">Easily&nbsp;machinable&nbsp;and&nbsp;formable </li><li><p&nbsp;class="whitespace-pre-wrap">Widely&nbsp;available&nbsp;and&nbsp;versatile </li><li><p&nbsp;class="whitespace-pre-wrap">Responds&nbsp;well&nbsp;to&nbsp;heat&nbsp;treatment </li></ol>

Carbon steel is a type of steel that primarily consists of iron and carbon, with minimal alloying elements. It is one of the most widely used types of steel due to its strength, affordability, and versatility. Carbon steel is categorized into three types based on carbon content: low, medium, and high carbon steel. Each type serves specific industrial applications, ranging from structural parts to cutting tools. It offers good machinability and heat treatment response, but its corrosion resistance is limited without protective coatings. Common uses include pipes, construction materials, automotive components, and tools. Its mechanical properties make it suitable for engineering and fabrication industries.BenefitsHigh strength and durabilityCost-effective materialEasily machinable and formableWidely available and versatileResponds well to heat treatment

Carbon Steel

<p&nbsp;class="whitespace-pre-wrap">High&nbsp;carbon&nbsp;steel&nbsp;contains&nbsp;a&nbsp;carbon&nbsp;content&nbsp;of&nbsp;0.6%&nbsp;to&nbsp;1.5%,&nbsp;giving&nbsp;it&nbsp;exceptional&nbsp;hardness&nbsp;and&nbsp;strength.&nbsp;It&nbsp;is&nbsp;used&nbsp;where&nbsp;high&nbsp;wear&nbsp;resistance&nbsp;and&nbsp;durability&nbsp;are&nbsp;required,&nbsp;such&nbsp;as&nbsp;in&nbsp;cutting&nbsp;tools,&nbsp;springs,&nbsp;blades,&nbsp;punches,&nbsp;and&nbsp;dies.&nbsp;This&nbsp;steel&nbsp;is&nbsp;harder&nbsp;and&nbsp;more&nbsp;brittle&nbsp;than&nbsp;lower&nbsp;carbon&nbsp;steels,&nbsp;and&nbsp;it&nbsp;can&nbsp;be&nbsp;heat-treated&nbsp;to&nbsp;achieve&nbsp;very&nbsp;high&nbsp;hardness&nbsp;levels.&nbsp;However,&nbsp;it&nbsp;has&nbsp;reduced&nbsp;ductility&nbsp;and&nbsp;is&nbsp;less&nbsp;weldable.&nbsp;It&nbsp;is&nbsp;less&nbsp;corrosion-resistant&nbsp;and&nbsp;typically&nbsp;requires&nbsp;surface&nbsp;treatments.&nbsp;High&nbsp;carbon&nbsp;steel&nbsp;is&nbsp;ideal&nbsp;for&nbsp;applications&nbsp;where&nbsp;edge&nbsp;retention&nbsp;and&nbsp;mechanical&nbsp;performance&nbsp;are&nbsp;critical,&nbsp;making&nbsp;it&nbsp;a&nbsp;preferred&nbsp;choice&nbsp;in&nbsp;industrial&nbsp;tool&nbsp;manufacturing&nbsp;and&nbsp;mechanical&nbsp;engineering. <p&nbsp;class="whitespace-pre-wrap"> <p&nbsp;class="whitespace-pre-wrap">Benefits <ol><li><p&nbsp;class="whitespace-pre-wrap">Very&nbsp;high&nbsp;hardness&nbsp;and&nbsp;strength </li><li><p&nbsp;class="whitespace-pre-wrap">Excellent&nbsp;wear&nbsp;and&nbsp;abrasion&nbsp;resistance </li><li><p&nbsp;class="whitespace-pre-wrap">Ideal&nbsp;for&nbsp;cutting&nbsp;and&nbsp;edge&nbsp;tools </li><li><p&nbsp;class="whitespace-pre-wrap">Heat&nbsp;treatable&nbsp;for&nbsp;improved&nbsp;performance </li><li><p&nbsp;class="whitespace-pre-wrap">Durable&nbsp;under&nbsp;high-stress&nbsp;conditions </li></ol>

High carbon steel contains a carbon content of 0.6% to 1.5%, giving it exceptional hardness and strength. It is used where high wear resistance and durability are required, such as in cutting tools, springs, blades, punches, and dies. This steel is harder and more brittle than lower carbon steels, and it can be heat-treated to achieve very high hardness levels. However, it has reduced ductility and is less weldable. It is less corrosion-resistant and typically requires surface treatments. High carbon steel is ideal for applications where edge retention and mechanical performance are critical, making it a preferred choice in industrial tool manufacturing and mechanical engineering.BenefitsVery high hardness and strengthExcellent wear and abrasion resistanceIdeal for cutting and edge toolsHeat treatable for improved performanceDurable under high-stress conditions

High Carbon Steel

<p&nbsp;class="whitespace-pre-wrap">Low&nbsp;carbon&nbsp;steel,&nbsp;also&nbsp;known&nbsp;as&nbsp;mild&nbsp;steel,&nbsp;contains&nbsp;less&nbsp;than&nbsp;0.25%&nbsp;carbon.&nbsp;It&nbsp;is&nbsp;one&nbsp;of&nbsp;the&nbsp;most&nbsp;commonly&nbsp;used&nbsp;types&nbsp;of&nbsp;steel&nbsp;due&nbsp;to&nbsp;its&nbsp;excellent&nbsp;ductility,&nbsp;machinability,&nbsp;and&nbsp;weldability.&nbsp;It&nbsp;is&nbsp;relatively&nbsp;soft&nbsp;and&nbsp;easy&nbsp;to&nbsp;shape,&nbsp;bend,&nbsp;or&nbsp;roll,&nbsp;making&nbsp;it&nbsp;ideal&nbsp;for&nbsp;structural&nbsp;applications,&nbsp;automotive&nbsp;panels,&nbsp;pipes,&nbsp;and&nbsp;general&nbsp;fabrication.&nbsp;Low&nbsp;carbon&nbsp;steel&nbsp;is&nbsp;cost-effective&nbsp;and&nbsp;has&nbsp;a&nbsp;smooth&nbsp;surface&nbsp;finish&nbsp;but&nbsp;limited&nbsp;hardness&nbsp;and&nbsp;strength&nbsp;compared&nbsp;to&nbsp;higher&nbsp;carbon&nbsp;steels.&nbsp;It&nbsp;requires&nbsp;protective&nbsp;coatings&nbsp;to&nbsp;prevent&nbsp;rusting&nbsp;as&nbsp;it&nbsp;lacks&nbsp;corrosion&nbsp;resistance.&nbsp;Its&nbsp;versatility&nbsp;and&nbsp;affordability&nbsp;make&nbsp;it&nbsp;a&nbsp;staple&nbsp;material&nbsp;in&nbsp;various&nbsp;industries. <p&nbsp;class="whitespace-pre-wrap"> <p&nbsp;class="whitespace-pre-wrap">Benefits&nbsp; <ol><li><p&nbsp;class="whitespace-pre-wrap">1)&nbsp;Excellent&nbsp;formability&nbsp;and&nbsp;ductility </li><li><p&nbsp;class="whitespace-pre-wrap">2)&nbsp;Easy&nbsp;to&nbsp;weld&nbsp;and&nbsp;machine </li><li><p&nbsp;class="whitespace-pre-wrap">3)&nbsp;Cost-effective&nbsp;and&nbsp;widely&nbsp;available </li><li><p&nbsp;class="whitespace-pre-wrap">4)&nbsp;Suitable&nbsp;for&nbsp;a&nbsp;broad&nbsp;range&nbsp;of&nbsp;applications </li><li><p&nbsp;class="whitespace-pre-wrap">5)&nbsp;Ideal&nbsp;for&nbsp;mass&nbsp;production </li></ol>

Low carbon steel, also known as mild steel, contains less than 0.25% carbon. It is one of the most commonly used types of steel due to its excellent ductility, machinability, and weldability. It is relatively soft and easy to shape, bend, or roll, making it ideal for structural applications, automotive panels, pipes, and general fabrication. Low carbon steel is cost-effective and has a smooth surface finish but limited hardness and strength compared to higher carbon steels. It requires protective coatings to prevent rusting as it lacks corrosion resistance. Its versatility and affordability make it a staple material in various industries.Benefits 1) Excellent formability and ductility2) Easy to weld and machine3) Cost-effective and widely available4) Suitable for a broad range of applications5) Ideal for mass production

Low Carbon Steel

<p&nbsp;class="whitespace-pre-wrap">Medium&nbsp;carbon&nbsp;steel&nbsp;contains&nbsp;approximately&nbsp;0.25%&nbsp;to&nbsp;0.6%&nbsp;carbon,&nbsp;offering&nbsp;a&nbsp;balanced&nbsp;mix&nbsp;of&nbsp;strength,&nbsp;toughness,&nbsp;and&nbsp;ductility.&nbsp;It&nbsp;is&nbsp;stronger&nbsp;and&nbsp;harder&nbsp;than&nbsp;low&nbsp;carbon&nbsp;steel,&nbsp;but&nbsp;still&nbsp;maintains&nbsp;fair&nbsp;machinability&nbsp;and&nbsp;weldability.&nbsp;It&nbsp;can&nbsp;be&nbsp;heat-treated&nbsp;(quenched&nbsp;and&nbsp;tempered)&nbsp;to&nbsp;enhance&nbsp;its&nbsp;mechanical&nbsp;properties,&nbsp;making&nbsp;it&nbsp;suitable&nbsp;for&nbsp;applications&nbsp;like&nbsp;axles,&nbsp;shafts,&nbsp;gears,&nbsp;crankshafts,&nbsp;and&nbsp;railway&nbsp;components.&nbsp;Medium&nbsp;carbon&nbsp;steel&nbsp;is&nbsp;more&nbsp;wear-resistant&nbsp;than&nbsp;mild&nbsp;steel&nbsp;and&nbsp;holds&nbsp;up&nbsp;better&nbsp;under&nbsp;mechanical&nbsp;stress.&nbsp;It&nbsp;offers&nbsp;improved&nbsp;performance&nbsp;in&nbsp;structural&nbsp;and&nbsp;industrial&nbsp;components&nbsp;requiring&nbsp;moderate&nbsp;strength&nbsp;and&nbsp;hardness&nbsp;without&nbsp;sacrificing&nbsp;too&nbsp;much&nbsp;formability. <p&nbsp;class="whitespace-pre-wrap"> <p&nbsp;class="whitespace-pre-wrap">Benefits&nbsp; <ol><li><p&nbsp;class="whitespace-pre-wrap">1)&nbsp;Balanced&nbsp;strength&nbsp;and&nbsp;ductility </li><li><p&nbsp;class="whitespace-pre-wrap">2)&nbsp;Good&nbsp;wear&nbsp;resistance </li><li><p&nbsp;class="whitespace-pre-wrap">3)&nbsp;Suitable&nbsp;for&nbsp;heat&nbsp;treatment </li><li><p&nbsp;class="whitespace-pre-wrap">4)&nbsp;Fair&nbsp;weldability&nbsp;and&nbsp;machinability </li><li><p&nbsp;class="whitespace-pre-wrap">5)&nbsp;Ideal&nbsp;for&nbsp;industrial&nbsp;and&nbsp;mechanical&nbsp;parts </li></ol>

Medium carbon steel contains approximately 0.25% to 0.6% carbon, offering a balanced mix of strength, toughness, and ductility. It is stronger and harder than low carbon steel, but still maintains fair machinability and weldability. It can be heat-treated (quenched and tempered) to enhance its mechanical properties, making it suitable for applications like axles, shafts, gears, crankshafts, and railway components. Medium carbon steel is more wear-resistant than mild steel and holds up better under mechanical stress. It offers improved performance in structural and industrial components requiring moderate strength and hardness without sacrificing too much formability.Benefits 1) Balanced strength and ductility2) Good wear resistance3) Suitable for heat treatment4) Fair weldability and machinability5) Ideal for industrial and mechanical parts

Wire Rod

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