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Stainless steel has added nickel, chromium and many other alloying elements that other types of steel lack. This difference has resulted in corrosion resistance, high thermal conductivity, ductility and many other superior properties. In this article, MRS Steel will delve deeper into Ferritic stainless steel to examine its strength and applications in construction.1. What is Ferritic stainless steel?Ferritic stainless steel, also known as low carbon steel containing about 12-20% chromium, is a straight, non-hardening chromium stainless alloy with a carbon content below 0.2%. After undergoing special heat treatment, mills produce Ferritic stainless steels including: 409, 430, 430 LI, 434, 439, 442, 444, 446,... stainless steelFerritic steels are unique in that they contain higher chromium content than other types of stainless steel, which can be up to 27%. However, in some cases the chromium content is only equivalent to Austenitic. Additionally, most Ferritic steels are also nickel-free, similar to Martensitic steel.2. Characteristics of Ferritic stainless steel Resistant to stress corrosion crackingStress corrosion cracking (SCC) occurs due to corrosive environments and tensile stresses leading to crack formation. This process significantly reduces the load-bearing capacity of the metal structure. Austenitic stainless steel is highly vulnerable to SCC due to its interaction with chloride-rich environments. However, the structure of Ferritic is resistant to high levels of SCC, making it an excellent choice for applications in harsh environments or those containing high chloride levels.Ductility and FormabilityThe carbon content determines the ductility and brittleness of steel, while Ferritic steel only contains below 0.2% carbon, which provides it with moderate ductility and ease of shaping. Its low carbon content also helps prevent cracking and breakage during shaping. However, the low carbon content can lead to issues like cracking during welding and the inability to harden the steel using conventional heat treatment methods.Low thermal expansion Thermal expansion is a physical property representing the change in size of a during heat exchange. A high coefficient of thermal expansion can lead to cracking when there are temperature differences. Ferritic steel has a low coefficient of thermal expansion that helps fix the dimensions of the metal, making it suitable for high-temperature applications.High thermal conductivityCompared to other common steel types, Ferritic stainless steel stands out with its excellent thermal conductivity. Therefore, they are also widely used in furnace and boiler heat exchangers as well as other heat transfer components.High Oxidation ResistanceFerritic steel is also known for its good oxidation resistance, especially at high temperatures. The chromium oxide film protects steel from rust external rusting factors. In Vietnam, factories also enhance the oxygen resistance of Ferrit steel by adding silicon or aluminum.3. Ferritic stainless steel classification and equivalent applicationsDepending on the composition and application, Ferritic stainless steel is divided into 5 groups including:Group 1 (Type 409/410 L)This is the group of Ferrite steels with the lowest chromium content, so the price is also much cheaper among all types of stainless steel. Type 409 is often used as catalytic converter housing or the main application of type 410 L is LCD screen frames, buses,...Group 2 (Type 430)Type 430 Ferritic stainless steel has a chromium content ranging from 16-18%, providing better corrosion resistance than Group 1. It is widely used in the production of washing machines, kitchen furniture,... Additionally, with similar properties and strength, 430 Ferrit steel can replace 304 stainless steel in various applications, such as cladding.Group 3 (Type 430TI, 439, 441)Group 3 has a chromium content of 17.5 - 18.5%, offering excellent welding and shaping properties, even superior to 304 stainless steel. This group is commonly used in exhaust systems, sink basins,…Group 4 (Type 434, 436, 444)Group 4 stands out with its high corrosion resistance thanks to the addition of Molybdenum in the composition. For example:- Inox 434: 16.0% – 18.0% chromium; 0.9% < Mo < 1.4%- Inox 436: 16.0% – 18.0% chromium; 0.9% < Mo < 1.4%; 0.3% < Ti < 0.6%- Inox 444: 17.0% – 20.0% chromium; 1.8% < Mo < 2.5%They are suitable as materials for applications in high-corrosion environments, water tanks, ovens and outdoor products.Group 5 (Type 446, 445)This group has the highest chromium and molybdenum content of all Ferritic stainless steel groups, which corresponds to their excellent corrosion and rust resistance. In practice, Ferritic steel types 446 and 445 are used specifically for heat exchanger components, water heaters, pressure cookers,...Vietnam has abundant iron ore resources and crude steel output ranks 13th globally. With improvements in production technology and a modern, closed chain system, Vietnam stainless steel is committed to meeting international standards and strict requirements from customers. Importers can contact MRS Steel via Whatsapp: +84 76 911 2358 for advice on the Vietnamese steel market and products.

Austenitic stainless steel stands out for its strength, corrosion resistance, high aesthetics, ease of production and maintenance. That is also the reason why they become the top choice for construction and many other industries.1. What is Austenitic steel?Austenitic is a type of stainless steel that contains austenitic (gamma iron, gamma-phase iron). Thanks to the high ratio of nickel and chromium, Austenitic steel is easily formable, weldable into various shapes and possesses excellent strength and corrosion resistance.2. What are the characteristics of Austenitic stainless steel?Austenitic stainless steel is one of the popular steel types, accounting for three-quarters of the global stainless steel market. They possess many outstanding features such as:Durability at temperatureAustenitic stainless steel can withstand high temperatures up to 1900 degrees F but some types can deform at temperatures of 800 degrees F.Cold working capabilitiesAustenitic steel cannot be hardened by conventional heat treatment and requires cold working to increase its strength. The steel is annealed before being rapidly cooled to return it to its original state. Thanks to that, Austenitic stainless steel has better hardness, durability and aesthetics.Low thermal conductivityAustenitic stainless steel has lower thermal conductivity than other types such as Ferritic.Shaping abilityThanks to its high nickel and chromium content, Austenitic steel is easy to shape and suitable for many different applications.3. Classify Austenitic stainless steel by seriesAustenitic stainless steel is divided into many series based on composition such as series 200 (SUS 201, 202,...) and series 300 (SUS 301, 304, 316, 316L, 321, 310s,...). For group 300, which usually contains 10.5% chromium and 8% nickel, the most popular is 304 stainless steel with high standards, safe for health and environmentally friendly. Meanwhile, series 200 contains less chromium, nickel and adds nitrogen, manganese, so it has a lower price than series 300.Application of Series 300Aerospace tubesStorage boxTankFood and Beverage EquipmentPharmaceutical equipmentMining equipment and chemicalsCutleryFurnace Application of Series 200Family water tankWashing machineDishwasherCooking utensils and cutleryCar partsIndoor architecture4. Applications of Austenitic stainless steelAustenitic steels have become a familiar material in many industries including medical, automotive, aerospace,... They are known for their outstanding strength, durability and formability.Medical applicationsTo ensure safety, medical tools such as surgical needles, injection needles, cotton boxes, tweezers, scissors, medicine trays,... are all made from Austenitic stainless steel.Automotive manufacturing Many car parts are made from Austenitic stainless steel for greater strength and aesthetics. In addition, in the fuel rail system, drainage holes or deep drawing parts are also made from Austenitic steel.Industrial and consumer applicationsKitchen appliances including sinks, refrigerators, kitchen shelves,... or generator parts and springs are all made from cold-processed Austenitic stainless steel.Aerospace applicationsCold processing technology of Austenitic stainless steel meets military and aerospace application requirements such as manufacturing jet engine components, helicopters, landing gears,...5. Where to import Austenitic stainless steel?Austenitic is the most common type of stainless steel with high applicability in production and life. Demand for Austenitic stainless steel has increased recently as industries and manufacturing sectors gradually recover and stabilize after the COVID-19 pandemic.Vietnam is one of the addresses for importing Austenitic stainless steel that is trusted by many partners. Possessing a modern production process, stable input material sources, advanced machinery systems Tenova, Danieli,... help finished products meet international standards and customer requirements. In addition, Vietnam also has many advantages in price thanks to abundant labor resources, import-export policies, anti-dumping duty incentives,… As a result, importers can access quality steel at the most reasonable prices.For detailed advice and quotes, please contact MRS Steel via Whatsapp:+84 76 911 2358 for the most thoughtful support!

Electrical steel is a special type of steel that has notable characteristics such as magnetism, good conductivity and high heat resistance. It's highly beneficial for various applications related to the electrical industry. Let's explore more with MRS Steel about the properties, applications, and important role of electrical steel in today's modern trends.Definition of Electrical Steel - Structure and key componentsElectrical steel, also known as silicon steel, is a special type of steel used in the production of electrical conductors and components related to the electrical industry due to its excellent magnetic properties. The primary method of manufacturing electrical steel comes from electric arc furnaces, where raw materials like iron ore and scrap are melted and a specific amount of silicon is added to the molten metal alloy.The main components of electrical steel include iron and silicon, alongside additional elements like carbon, silicon, manganese and other metals added during the manufacturing process to enhance its mechanical properties. All types of electrical steel share a similar basic composition:Iron (Fe): This is the primary component of electrical steel, providing its excellent conductivity. This property makes it easier to produce electronic components.Silicon (Si): The presence of silicon enhances the material's magnetic properties and reduces energy losses, making it an ideal choice for optimizing the efficiency of electronic devices.Carbon (C): Electrical steel usually has low carbon content (0.01% or less) to minimize electrical resistance. Lower carbon content helps improve its conductivity, which is essential for manufacturing electrical components.Silicon (Si): The addition of silicon can improve the magnetic properties of the steel, making it suitable for magnetic applications like conductors, coils and other electronic parts. Silicon can also increase the steel's hardness.Manganese (Mn): Manganese can increase the steel's toughness while maintaining its hardness. It also enhances the steel's resistance to oxidation, slowing down oxidation, rust, and corrosion in the steel's working environment.Highlights characteristics of electrical steelGood electrical conductivityThe excellent electrical conductivity of electrical steel is crucial for electronic and power applications. Lower carbon content reduces electrical resistance, enhancing its conductivity for various electronic components.High thermal enduranceElectrical steel usually has good heat resistance, maintaining stable mechanical properties, including flexibility and hardness, in high-temperature environments, such as the core of electrical systems or during power transmission.Hardness and ductilityDepending on its specific structure and chemical composition, electrical steel can have adjusted levels of hardness and ductility tailored to meet specific application requirements, striking a balance between electrical conductivity, hardness, and ductility for electronics and power industry applications.Stability in electrical environmentsElectrical steel is designed to maintain stable electrical conductivity and avoid significant changes under the influence of electric fields, slowing down oxidation processes in electrochemical environments. Applications of electrical steel in various industriesDue to its outstanding properties like good electrical conductivity, high heat resistance and robust oxidation resistance, electrical steel finds increasing applications across various industries such as technology, energy, medical and manufacturing.Electrical ConductorsUsed to manufacture electrical conductors in power transmission systems, its excellent conductivity and heat resistance make it an ideal material for transmitting electrical power from power plants to residential and industrial areas.CoilsIn electronic applications, electrical steel is commonly used as a core material in components like coils to store energy from electromagnetic fields. The stability and performance of coils heavily rely on the steel's quality and precise chemical composition, especially its ability to retain and concentrate electromagnetic fields.Electronic ComponentsElectrical steel is utilized in producing parts like transformer cores, solenoids and other electronic components.Energy IndustryIn the energy industry, electrical steel finds its place in heat-related devices like furnaces, boilers and other heat-resistant applications. Moreover, it is commonly used in manufacturing transformers and coils for transmitting and distributing electrical power.Special Heat-Resistant ApplicationsDue to its good heat resistance, electrical steel is used in high-temperature working environments, such as furnaces, burners and applications demanding stability at high temperatures.Medical and Other IndustriesFurthermore, electrical steel may find its way into various applications in the medical field, machinery and manufacturing, being utilized in environments requiring both strength and sustainability.Electrical steel, with its specific properties in conductivity, heat resistance, and magnetism, marks a significant milestone in the electronic and energy industries through its myriad of practical applications. This solidifies the fact that electrical steel has become an indispensable and essential material in our daily lives.Through this article, MRS Steel aims to provide you with more knowledge about various types of steel prevalent today, showcasing their diverse applications across different sectors beyond construction. Presently, there are thousands of steel types worldwide, each with unique advantages and drawbacks, along with specific applications in various industries. If you seek more information about different types of steel, feel free to explore other articles in our Steel Blog section!

Square hollow section steel is always a common steel in the construction field thanks to its durability and good loading capacity. Therefore, more contractors are interested in choosing steel square tubes for their construction projects. To understand clearly about the characteristics and advantages of square box steel, follow the article below!Characteristics and application of square hollow section steelSquare hollow section steel is a long steel with a hollow shape like a square. According to the current specification table, square box steel is produced in many different sizes from 12x12cm to large 90x90cm with thickness from 0.7mm to 4mm. Based on the variety of sizes and acreage, contractors can comfortably apply them to different projects.Besides the diverse sizes, currently on the market, there are only 2 types of square hollow section steel, including black square hollow section and galvanized square hollow section. The two types of box steel have different advantages and prices in the market, specifically:Black square hollow section This steel can be easily identified through its characteristic dark blue color. Basically black square steel hollow section is also a raw steel, so its anti-rust ability is quite poor, but they are low-priced products on the market. Thanks to these factors, contractors often use them for internal structures such as roof frames, scaffolding, high-rise building foundations, ..Galvanized square hollow sectionThanks to being coated with an additional layer of zinc oxide on the surface, this steel possesses a brighter and more beautiful appearance than the black square steel line. The zinc layer is a shield to help prevent oxidation and rust, thereby enhancing their life span. Contractors will not need to worry about periodic maintenance costs when using for a long time but they have a high initial cost because of the addition of zinc coating.Specification table of the square hollow section steel on the marketSquare box steel often has the characteristics of equal length and width acreage, some common steel standards that can be found in square box steel include: IS, JIS G3101, STK 400, ASTM A500,...The smallest acreage size of square hollow section steel on the market is 12x12mm and the largest is 100x100mm. Besides the common sizes, you can order the factory to produce the kinds with oversized sizes such as 120×120, 150×150, 200×200.Size (mm)Thickness (mm)Weight (kg/rebar)12 x 12 x 60.8 - 1.21.51 - 2.3414 x 14 x 60.7 - 1.41.54 - 3.2616 x 16 x 60.8 - 1.22.06 - 3.1920 x 20 x 60.7 - 1.42.26 - 4.7625 x 25 x 60.8 - 1.43.3 - 6.1030 x 30 x 60.9 - 1.84.53 - 9.4540 x 40 x 60.9 - 2.06.1 - 14.1850 x 50 x 61.1 - 2.09.51 - 18.0075 x 75 x 61.1 - 1.814.36 - 24.4075 x 75 x 61.4 - 2.022.30 - 32.70100 x 100 x 61.4 - 2.024.81 - 36.37Outstanding advantages of square hollow section steelThe square box steel line is always the first choice in construction projects as well as in the field of furniture. These steels bring certain benefits such as cost savings and increasing convenience in installation and building for contractors.Low costThe raw materials to generate square hollow section steels are easy to find, the steel pipe production process is also quite simple when the manufacturer only needs to put the steel plate into the fixed rollers in the equipment. Thanks to the low cost, the product will be suitable for a variety of construction projects from small to large scale, in addition, contractors can optimize many different costs in the plan.Long lifeAlthough manufactured from cheap materials, square box steel still retains the durability of steel. Especially with the galvanized square hollow section lines, the durability can be up to 70 years thanks to the anti-rust and oxidation features, helping the steel to stand firm to hard environmental conditions.Support for installation and constructionBased on wide square sections and straight sides, these steel pipes are easy to install at any cross-section of the building. Their straight surface also makes welding and jointing easier.Easy to transportThe hollow parts of the steel will reduce the weight due to the low density of the cross-sectional surface. This feature allows steel pipes to be easily moved to many locations, even complex positions on the site with not too much effort.Convenience in inspection and repairingThe hollow internal structure will facilitate the manufacturer to check for damage or rust inside the pipe. Therefore, if there are problems in joints or scratches, engineers can easily recognize and handle them promptly.Looking for a reputable square hollow section steel supplier in Vietnam Square hollow section steel is currently one of the most commonly used construction materials today, however, the Vietnamese steel market has a variety of supplying sources that will make contractors, especially importers, will easily buy failed products. Therefore, to ensure the best quality for the project, choosing a reputable steel supplier having a close connection to the factory will be the right choice.MRS Steel is proud to be an enterprise specializing in providing steel solutions for importers with many years of experience in the Vietnam steel market. Based on extensive relationships with many large factories in Vietnam such as Hoa Phat, Ton Dong A, Ton Nam Kim, Ton Hoa Sen,... We ensure the source of square box steel supplied to customers is the original products and these all meet quality standards with full CO and CQ certificates.If you have a need for advice and review the price list of square hollow section steels directly from the factory without having to go through any intermediary agent, please contact the information below!

Rectangular hollow section (RHS) is widely used in civil and industrial construction due to its numerous outstanding advantages, including high durability, ease of construction, low cost, and high load capacity. In this article, MSR Steel will go into greater detail about selecting the appropriate size RHS, the best price and the reputation of the most well-known brands in Vietnam.1. What is rectangular hollow sectionRectangular hollow section is a type of steel manufactured in hollow blocks with a common thickness of 0.7-4mm, the smallest size of RHS is 10 x 30mm and the largest is 60 x 120mm. RHS has a high carbon content, enhancing its strength and resistance to external impacts. Some RHS products are hot-dip galvanized to add anti-oxidation and anti-corrosion properties.2. Some applications of RHSRectangular hollow section is widely used in the construction and civil industries, specifically:Fences, walls, doorsApplication in steel structure, prefabricated houseAutomotive manufacturing sectorHousehold appliancesShipbuildingContainer productionHousing structure, agricultural greenhouseFurniture…3. Advantages of rectangular hollow sectionHigh QualityDue to its high carbon content, RHS is extremely durable and resistant to metal corrosion. This feature contributes to the extended lifespan of RHS-based construction projects. Low costIt is made up of materials that are easy to find and available, so the price is quite cheap. Because of this, using RHS helps to save construction costs for investors.Long life expectancyRHS is resistant to corrosion and rust, so the average life expectancy of the product is usually 60-70 years.DurableCarbon is one of RHS's main materials, so the product's surface is harder than regular steel.Durable coatingRectangular hollow section can be coated with zinc to resist mechanical impacts to serve applications such as means of transport, construction and some other industries.4. Rectangular hollow section dimensions/sizes tableSize (mm)kg/mSize (mm)kg/m40 x 20 x 2.01.6840 x 20 x 2.52.0340 x 20 x 3.02.3640 x 25 x 1.51.4440 x 25 x 2.01.8940 x 25 x 2.52.2350 x 25 x 2.02.2150 x 25 x 2.52.7250 x 25 x 3.03.2250 x 30 x 2.52.9250 x 30 x 3.03.4550 x 30 x 4.04.4650 x 40 x 3.03.7760 x 40 x 2.02.9360 x 40 x 2.53.7160 x 40 x 3.04.3960 x 40 x 4.05.7270 x 50 x 23.5670 x 50 x 2.54.3970 x 50 x 3.05.1970 x 50 x 4.06.7180 x 40 x 2.54.2680 x 40 x 3.05.3480 x 40 x 4.06.9780 x 40 x 5.08.5480 x 50 x 3.05.6680 x 50 x 4.07.3490 x 50 x 3.06.2890 x 50 x 3.67.4690 x 50 x 5.010.11100 x 50 x 2.55.63100 x 50 x 3.06.75100 x 50 x 4.08.86100 x 50 x 5.010.90100 x 60 x 3.07.22100 x 60 x 3.68.59100 x 60 x 5.011.70120 x 80 x 2.57.65120 x 80 x 3.09.03120 x 80 x 4.012.00120 x 80 x 5.014.80120 x 80 x 6.017.60120 x 80 x 8.022.9150 x 100 x 5.018.70150 x 100 x 6.022.30150 x 100 x 8.029.10150 x 100 x 10.035.70160 x 80 x 5.018.00160 x 80 x 6.021.30160 x 80 x 8.027.90200 x 100 x 5.022.70200 x 100 x 6.027.00200 x 100 x 8.035.4200 x 100 x 10.043.60250 x 150 x 5.030.5250 x 150 x 6.038.2250 x 150 x 8.048.0250 x 150 x 1059.3300 x 200 x 6.048.10300 x 200 x 8.060.50300 x 200 x 10.075.00400 x 200 x 8.073.10400 x 200 x 10.090.70400 x 200 x 16142.005. Where to import quality rectangular hollow sections?Hoa Phat, Hoa Sen, Ton Nam Kim, Pomina and a number of other businesses in Vietnam specialize in the production of prestigious and high-quality RHS. All of these products are manufactured in accordance with cutting-edge technology lines imported from the largest metallurgical equipment manufacturers in the world such as Danieli, Tenova,..., meeting ASTM, JISG standards.Therefore, Vietnam's rectangular hollow section has very high durability, good pressure resistance, suitable for many types of works. Raw steel materials are also selected from major corporations in the world such as Nippon Steel (Japan), Hyundai Steel (Korea), CSC (Taiwan),... Moreover, in all production stages, RHS are all strictly quality checked, committed to ISO 9001 and ISO 14001 and other international standards to export in fastidious markets such as the UK, US, Japan and Europe.With the advantages and wide applicability in life, the rectangular hollow section is one of the most exported products of Vietnam. Any questions about the Vietnam steel market and the need to import genuine domestic steel, please contact MRS Steel via Email: vanloc@mrssteel.com.vn.

With their compressive resistance, tensile resistance, and toughness, round steel hollow section are often used for many different purposes in civil works. They are usually commercially available as hot-rolled coils or cold-formed sections.1. What is a round steel hollow section?Round steel hollow section is also known as round steel pipe or round steel tube. Is a typical type of steel used in civil engineering. They have smooth and clean joints, do not have sharp edges and are not convex or concave. Thanks to their properties, circular steel hollow section can be excellent choices for columns, struts, tie rods,...However, at present, the use of round steel hollow section in construction is not popular, mainly because circular steel hollow section products require complicated details in joints, so the product is often relatively expensive.2. Advantages of a round steel hollow sectionHigh aestheticsA round steel hollow section is a circular steel hollow section that is applied in many fields of mechanics, structure and construction. Circular steel pipe has clear and consistent lines; its smooth, glossy, concave finish makes the round steel hollow section the perfect choice for aesthetic purposes. In addition, the rational use of hollow parts inside steel also makes the building cleaner and more spacious.Corrosion resistanceAs a hollow structure made from joints welded together, round steel hollow section help protect steel better than other shaped steels. Especially at joints, where there is a smooth transition from one section to another. This contributes to an increase in the protective time of the coating, which helps resist corrosion. The results have been checked through numerous assessments conducted in various countries.Using internal spaceOne of the special advantages of the round steel hollow section compared to other types of steel is taking advantage of the internal space. The hollow inside of the circular steel pipe is used for various purposes such as pouring concrete, fire protection, heating and ventilation,... In addition, in other cases, internal gaps are used to install electrical wiring.3. Applications of round steel hollow sectionMaking concrete pillarsThe hollow parts of the round steel hollow section are often used to pour concrete, meeting the load capacity of the building. The application of concrete to the columns of the circular steel tube not only increases the bearing capacity but also helps to increase the fire resistance time.Application of fire resistance to buildingsOne of the modern methods of fire resistance is the use of a round steel hollow section . The columns are connected to a large water tank, and in the event of a fire, the convective circulation of water helps increase the fire resistance of buildings. Typically, this method is used with buildings with eight floors or more.Heating and ventilationIn large buildings, the inner section of the round steel hollow section is used to circulate air for heating and ventilation. For heating and ventilation applications, the circular steel tube maximizes floor space by eliminating heat exchangers, contributing to uniform heating of the entire floor.The above article contains information about the round steel hollow section and its applications in life. If you want more information and a quotation, please contact us HERE.

ASTM standards are critical in the classification and evaluation of the material, chemical, mechanical and metallurgical properties of products. Currently, there are 12,575 ASTM standards in various fields recognized by the international community. ASTM standard can be seen as an advantage to help iron and steel manufacturers easily access fastidious markets.1. What is ASTM?ASTM (American Society for Testing and Materials) is an international standards organization that researches and publishes technical standards for materials, systems, and services around the world.ASTM was founded in 1898 with its headquarters in West Conshohocken, Pennsylvania and today has 12,575 voluntary consensus ASTM standards operating globally. ASTM set the stage for other standards organizations to come later, such as BSI (1901), IEC (1906), DIN (1917), ANSI (1918), AFNOR (1926) and ISO (1947).2. What is the ASTM standard?ASTM standards are a set of technical standards for materials and products around the world that are agreed and accepted by the international community. ASTM standards are widely used in many areas such as:Iron and steel productsNon-ferrous metal productsAnalytical procedures and methods for metal testingBuildPetroleum products, lubricants and mineral fuelsPaints, aromatic compounds and coating compoundsTextilePlasticsRubberElectronics and insulationEnvironmental and water technologyGeothermal, solar and nuclear energyMedical services and suppliesGeneral equipment and methodsGeneral, chemical and end-use productsThe American Society for Testing and Materials does not require manufacturers to comply with ASTM standards, but in trading, companies may require compliance with certain standards. In particular, the ASTM community currently has 30,000 members from more than 140 countries, so the production of iron and steel meeting ASTM standards contributes to bringing products to the world, successfully approaching fastidious markets.3. Why do ASTM standards matterScientists, engineers, architects or businesses and government agencies rely on ASTM standards to ensure the quality and consistency of materials. While using of these standards is voluntary, they are mandatory when cited in contracts, laws or government regulations.ASTM standards are essential in the classification and evaluation of material, chemistry, coherence and metallurgy properties. Manufacturers can adopt the ASTM standard for proper processing and application procedures. You can refer to the official ASTM to search for more than 12,000 available standards divided into 80 categories in 15 related fields.4. Current popular ASTM standards4.1. ASTM A53/A53 – 18ASTM A53/A53 – 18 Applies to standard specification measurement for black and hot-dip galvanized, welded and seamless steel pipes. The table of chemical composition, mechanical properties and tolerances according to ASTM A53 is as follows:Chemical Composition:C maxMn maxP maxS maxCoating ThicknessCoating MethodANgr/m2oz/ft20.25%0.95%0.05%0.45%564981.63Hot Dip CoatingPhysico-mechanical propertyTensileFlexural StrengthFlat CompressionTensileMelting PointRelative ElongationClassifyAngle BendingRadiusWelding positionWeldingTube SurfacePsi (Mpa)Psi (Mpa)%Black Pipes180°4D90° 2/3D1/3D48.000 (330)30.000 (205)E=625,000x A⁰˙² / U⁰˙⁹Alloy  Pipes90° 6DTolerance: ToleranceWeight-10%+10%Diameter≤ 1-1/2" (Ø 48.3)≥ 2" (Ø 60.3)+ 0,4mm - 1%- 0,4mm + 1%Thickness- 12.5% Length- 0 mm+ 50mm4.2. ASTM A123 StandardASTM A123 represents the standard specification of zinc coating (hot-dip galvanizing) on iron and steel products. This standard specifies the zinc coating with hot dipping process on steel products that are processed, rolled, pressed and forged shapes, castings, plates, bars,...ASTM A123 is also applicable to unfabricated steel products. For example: assembled steel products, structural steel, steel pipes that are bent or welded before galvanizing,...ASTM A123 is not applicable to galvanized steel wire, pipe or sheet on dedicated or continuous lines or to steel products less than 22 gage thick.Thickness CoatingCoatingmilsoz/ft2µmg/m2351.40.835245451.81.045320502.01.250355552.21.355390602.41.460425652.61.565460753.01.775530803.11.980656853.32.0856001003.92.31007054.3. Some other ASTM steel standardsSteel Pipes – Round Steel PipesA53 – A53/A53M-99b : Steel specification, hot-dip, galvanized, welded and cast steel pipeA74 – A74-98 : Specification for cast iron pipes and fittingsA106 – A106-99e1 : High temperature cast carbon steel pipe specificationA126 – A126-95e1 : Gray cast iron specification for valves, flanges and round pipe fittings.A134 – A134-96 : Electrically fused (arc) and welded steel pipe specification (for sizes NPS 16 and up).A135 – A135-97c : Specification of resistance welded steel pipe.A139 – A139-96e1 : Electrically fused (arc) and welded steel pipe specification (for sizes NPS 4 and above).A182 – A182/A182M-99 : Specification for forged or rolled alloy steel pipe flanges, forging fittings, valves and high temperature components.A252 – A252-98 : Specification of welded and cast steel pipe piles.A312 – A312/A312M-00 : Welded and cast austenitic stainless steel pipe specification.A333 – A333/A333M-99 : Specification for low temperature welded and cast steel pipes.A335 – A335/A335M-99 : Specification for high temperature cast ferritic alloy steel pipe.A338 – A338-84 (1998): Specification for ductile iron (ductile iron) flanges, pipe fittings and valve fittings for railway, marine and other heavy duty services at elevated temperatures up to 650oF (345oC)A358 – A358/A358M-98 : Specification of high temperature electro-welded austenitic chromium-nickel alloy steel pipe.A369 – A369/A369M-92 : Specification for forged Carbon and Ferritic alloy steel pipe, drilled at high temperature.A376 – A376/A376M-98 : Specification of Austenitic steel pipe cast in high temperature center.A377 – A377-99 : Specification of ductile iron (ductile) ductwork.A409 – A409/A409M-95ae1 : Specification of welded Austenitic steel pipe, large diameter in corrosive or high temperature environment.A426 – A426-92 (1997): Specification for high temperature centrifugal cast ferritic alloy steel pipesA451 – A451-93 (1997): Specification for high temperature centrifugal cast Austenitic steel pipesA523 – A523-96 : Specification of resistance welded steel pipe, molded for high voltage cable circuit.A524 – A524-96 : Carbon steel pipe specification cast in air and lower temperatures.A530 – A530/A530M-99 : Specification of general requirements of carbon steel and special alloy pipesA648 – A648-95e1 : Specification of steel wire, hard drawn for prestressed concrete pipes.A674 – A674-95 : Polyethylene coating practice for ductile iron (ductile) steel pipes in water or other liquidsA691 – A691-98 : Carbon alloy steel pipe specification, electric welding at high temperature and high pressure.A694 – A694/A694M-00 : Specification for forging of Carbon alloy steel for pipe flanges, fittings, valves and components with high pressure transmission.A716 – A716-99 : Specification of ductile iron sewer pipes.A733 – A733-99 : Cast and welded austenitic carbon steel or stainless steel threaded pipe coupling specification.A742 – A742/A742M-98 : Specification of sheet steel, corrugated steel pipe with polymer coating and metal plating.A746 – A746-99 : Specification for ductile iron gravity drain pipeA760 – A760/A760M-99 : Specification of corrugated steel pipe, sewer pipe, metal-plated drainage pipe.A761 – A761/A761M-98 : Specification of corrugated, zinc coated steel structural steel sheet, dome and dome tubeA762 – A762/A762M-98 : Specification of corrugated steel pipe, polymer coated sewer pipeA790 – A790/A790M-99 : Ferritic and Austenitic type welded and cast stainless steel pipe specification.A796 – A796/A796M-99 : Practice in structural design of corrugated shell steel pipes, domes and arched tubes for sewage and stormwater drains and other buried applications.A798 – A798/A798M-97a : Practice installing factory-made corrugated shell steel pipes for sewer and other applications.A807 – A807/A807M-97 : Practice installing corrugated shell structural pipes for sewer and other applications.A810 – A810-94 : Specification of galvanized steel pipe coil mesh.A813 – A813/A813M-95e2 : Single or double welded Austenitic stainless steel pipe specification.A814 – A814/A814M-96 (1998): Specification for cold welded austenitic stainless steel pipe.A849 – A849-99 : Specification for coatings, paving, linings for sewers and drains in corrugated steel.A861 – A861-94e1 : Specification for heat-resistant silicon iron pipes and fittings.A862 – A862/A862M-98 : Practical application of asphalt coating for corrugated steel pipes and drains.A865 – A865-97 : Specification of threaded joints in black steel, welded or cast galvanized steel used for steel pipe joints.A872 – A872-91 (1997) : Specification for centrifugal cast Ferritic/Austenitic stainless steel tubes in corrosive media.A885 – A885/A885M-96 : Specification of sheet steel, galvanized and coated with Aramid fiber for corrugated steel sewers, underground sewers and underground drains.A888 – A888-98e1 : Specification for hubless cast iron pipes and fittings for sewage, stormwater, waste and vent pipe applications.A926 – A926-97 : Test method to compare the abrasion resistance of the outer coating (plated/coated) material of corrugated metal pipes.A928 – A928/A928M-98 : Specification for electric welded Ferritic/Austenitic (Duplex) stainless steel pipe with filler metal.A929 – A929/A929M-97 : Specification of sheet metal coated by hot dipping process for steel pipe with corrugated shell.A930 – A930-99 : Practical life cycle cost analysis of corrugated metal pipes used for underground sewers, storm drains and other buried conduitsA943 – A943/A943M-95e1 : Specification of injection molded austenitic stainless steel pipe.A949 – A949/A949M-95e1 : Specification of injection-molded Ferritic/Austenitic stainless steel pipe.A954 – A954-96 : Specification of Chromium-Nickel-Silicon alloy austenitic steel pipe for casting and welding.A972 – A972/A972M-99 : Specification for epoxy bonded pipe piles.A978 – A978/A978M-97 : Specification of Ribbed steel pipe, Polyethylene lining for gravity sewers, stormwater drains and other special applications.A984 – A984/A984M-00 : Specification of black steel pipe, resistance welding.A998 – A998/A998M-98 : Practice designing reinforced structures for factory-made corrugated steel pipe fittings for sewer pipes and other applications.A999 – A999/A999M-98 : Specification of general requirements for stainless steel and alloy steel pipes.A1005 – A1005/A1005M-00 : Black steel pipe specification, longitudinal and spiral joint, submerged arc welding.A1006 – A1006/A1006M-00 : Specification of black steel pipe, laser welding.Steel Tubes – Super Hot Steel Tubes, Boiler Tubes And Other Tubes:A178 – A178/A178M-95 : Specification of resistance welded Carbon steel and Carbon-Manganese superheater pipes and boiler tubes.A179 – A179/A179M-90a (1996) e1 : Specification for cold drawn, cast low carbon steel condenser and heat exchanger tubes.A192 – A192/A192M-91 (1996) e1 : High temperature cast carbon steel boiler tube specification.A209 – A209/A209M-98 : Specification for superheater tubes and boiler tubes in cast Carbon-Molybdenum alloy steel.A210 – A210/A210M-96 : Specification for superheater tubes and boiler tubes in cast Medium-Carbon alloy steel.A213 – A213/A213M-99a : Specification of heat exchanger tubes, superheater tubes, cast iron ferritic and austenitic alloy steel boiler tubes.A249 – A249/A249M-98e1 : Specification of condenser tube, heat exchanger tube, superheater tube, boiler tube made of welded Austenitic steel.A250 – A250/A250M-95 : Specification of superheater tubes and boiler tubes made of resistance welded ferritic alloy steel.A254 – A254-97 : Specification of copper welded steel pipe.A268 – A268/A268M-96 : Specification of Ferritic and Martensitic stainless steel pipes cast and welded under normal circumstances.A269 – A269-98 : Specification for cast and welded Austenitic stainless steel pipes under normal circumstances.A270 – A270-98ae1 : Cast and welded austenitic stainless steel drainage pipe specification.A334 – A334/A334M-99 : Specification of Carbon steel pipes and cast alloys, welded at low temperature.A423 – A423/A423M-95 : Specification for low-alloy steel pipe casting, electric welding.A450 – A450/A450M-96a : Specification for general requirements for Carbon steel pipes, Austenitic alloy steel pipes and Ferritic alloy steel pipes.A608 – A608-91a (1998) : Centrifugal cast iron-chromium-nickel high-alloy steel pipe specification for high-temperature pressure applications.A618 – A618-99 : Specification for low alloy structural pipe, hot welded and cast with high strength.A632 – A632-98 : Austenitic stainless steel pipe specification (small diameter) cast and welded under normal circumstances.A688 – A688/A688M-98 : Specification of welded austenitic stainless steel hot water pipes.A771 – A771/A771M-95 : Cast Austenitic and Martensitic stainless steel tube specification for liquid metal cooled reactor core components.A778 – A778-98 : Welded and unhardened austenitic stainless steel tubular product specification.A789 – A789/A789M-00 : Specification for Ferritic/Austenitic welded stainless steel pipe and cast under normal circumstances.A803 – A803/A803M-98 : Specification of welded Ferritic stainless steel water heater pipe.A822 – A822-90 (1995) e1 : Specification for cold drawn carbon steel pipe for hydraulic system.A826 – A826/A826M-95 : Cast Austenitic and Martensitic stainless steel duct specification for liquid metal cooled reactor core components.A847 – A847-99a : Low alloy structural pipe specification, hot welded and high strength casting with improved resistance to atmospheric corrosion.A908 – A908-91 (1998) : Stainless steel needle tube specification.A953 – A953-96 : Specification of welded pipe, casting Austenitic Chromium-Nickel-Silicon alloy steel.Heat-Exchanger And Condenser TubesA179 – A179/A179M-90a (1996) e1 : Cold drawn low carbon steel condenser and heat exchanger tube specification.A213 – A213/A213M-99a : Specification of condenser and heat exchanger tubes, superheater tubes, boiler tubes of cast ferritic and austenitic alloy steel.A214 – A214/A214M-96 : Specification of resistance welded carbon steel condenser and heat exchanger tubes.A249 – A249/A249M-98e1 : Specification of condenser and heat exchanger tubes, superheater tubes, boiler tubes of welded Austenitic steel.A498 – A498-98 : Specification for cast iron ferritic, and austenitic alloy steel heat exchanger tubes with integral fins.A851 – A851-96 : Specification for high frequency induction welded austenitic steel condenser tubes, not quenched.Structural Tubing – Structural TubingA500 – A500-99 : Specification for carbon steel structural pipes cast, welded, round and other shapes.A501 – A501-99 : Specification for hot-welded and cast carbon steel structural pipes.A847 – A847-99a : High strength cast, cold welded, low alloy structural tube specification with improved resistance to atmospheric corrosion.A618 – A618-99 : Specification for hot-welded, high-strength cast low-alloy structural pipes.Above are detailed information about ASTM standards and a list of the most common ASTM steel standards. Hopefully, this article of MRS Steel has helped you better understand this common international term. For all questions and need for advice on importing steel from Vietnam, please contact MRS Steel via Email vanloc@mrssteel.com.vn for enthusiastic support.

The chemical elements in steel alloys and their content can regulate the hardness, elasticity, ductility, oxidation resistance and strength of steel.Because of this diversity, we currently have more than 3,000 different types of steel. So how do these steel types differ in terms of grade, properties and structure? In this article, MRS Steel will introduce you to the 4 most common steel along with essential information about each type.Understanding the various types of hardened steel is crucial for selecting the right material for your applicationHow many types of steel are there?Steel is classified according to its composition, depending on the carbon content and elements. We have 4 steel types including:Carbon steelCarbon steel has two main components: iron and carbon, other elements account for an insignificant proportion. Despite having only two elements, steel variety is used for different applications by adjusting the carbon content.Low carbon steel: carbon content less than 0.25%, high ductility, specialized for making wires, bolts, pipesMedium carbon steel: 0.25-0.6% carbon content helps the steel have high strength and lower ductility than low carbon steel, used to make gears and rails.High carbon steel: carbon content 0.6-2% and often used to make nails and sharp tools. Stainless steelStainless steel is well known in the field of manufacturing medical equipment and instruments, but in fact its application range is much larger. They are iron alloys containing a minimum of 10.5% chromium, which imparts a bright finish and excellent corrosion resistance. Not only has its aesthetic value, chromium is also known for its extremely good oxidation resistance and high durability. Therefore, stainless steel is very popular, widely used in the field of household appliances, furniture,...There are 4 main stainless steel types, including:Austenic: High chromium and nickel content enhances corrosion resistance, good durability, easy to clean, used to produce kitchen equipmentFerritic: Economical due to low carbon and nickel content, known for its aesthetic appeal and bright finish, commonly used in the automotive industry.Austenitic - Ferritic (Duplex): The combination of austenitic and ferritic alloy increases the carbon content, providing twice the strength, ductility and corrosion resistanceMartensitic: Martensitic alloy undergoes rapid cooling so it has good plasticity and heat resistance, often used for making medical tools, scissors,...Stainless steel is renowned for its corrosion resistance and durability in various industrial applicationsAlloy steelAlloy steel combines many different elements with concentrations ranging from 1-50% to change the mechanical properties of the product. Depending on the proportion of alloying elements, we have 3 main types of steel including:Low alloy steel: total content of other metallic elements is less than 2.5%Medium alloy steel: total content of other metal elements 2.5-10%High alloy steel: total content of other metal elements is over 10%.In the fields of construction and household appliances, low alloy steel is preferred for its strength, thanks to the presence of elements like manganese, chromium, silicon, nickel, and more, all of which are under 10%.Alloy steel: Mixed elements for varied propertiesTool steelTool steel has high carbon content (0.7 - 1.4%) and low S and P impurities (< 0.025%). Going through the process of tempering at high temperatures and cooling quickly, repeatedly, helps tool steel be durable and heat resistant. They are often used in the fields of tool and machinery manufacturing.Depending on the final product, the source of tool steel materials is also different:Air - hardening: Increasing the chromium content in the composition helps steel to be exposed to high temperatures without deformation.Water - hardening: Steel is continuously cooled during the production process, used to make common tools.Oil - hardening: Tool steel is protected by a layer of oil against wear resistance, often used for knives and shears. Hot - working: This is a type of steel that can withstand extreme heat and is often used in forging or casting.Shock - resisting: Ingredients include small amounts of carbon, silicon, and molybdenum to increase the hardness of steel, suitable for hole punches and chisels.Learn about steel classificationsIn addition to the 4 common types of steel mentioned above, more than 3,000 remaining types of steel can be classified based on the following criteria:Composition: Content of steel, iron, carbon and some other chemical elements (Si, Mn, P, S, Cr, Ni,...).Treatment method: pickling and oiling method, hot rolling, cold rolling, hot-dip galvanizing,...Production method: Electric furnace, continuous cast,...Microstructure: Austenitic, ferritic, martensitic,...Physical strength: ASTM, JIS, BS,... standardsDe-oxidation process: killed or semi-killed,...Heat treatment: annealed, tempered,...What are different grades of steelSteel grade is a term used to denote the bearing capacity of steel. There are many different steel symbols associated with the "Production Standards Applied" of that steel. Currently, two typical steel grade classification systems include:ASTM: Alphanumeric classification represents the overall classification and specific properties of steel, such as ASTM A123, ASTM A53/A53 - 18,...SAE: Classification with 4 digits indicating steel types, alloying element content (first two digits) and carbon content (last two digits).Address to import genuine steel at good prices in VietnamAccording to WorldSteel's report, Vietnam shipped 19 million tons of crude steel in 2023, ranking 12th worldwide. In addition, Vietnam's steel industry ranked 14th in the list of countries/territories with the most exports in the world (11.2 million tons). Currently, Vietnam is constantly promoting investment and developing infrastructure and modern production lines to improve the quantity and quality of the steel industry. Many famous Vietnamese steel brands in the world market such as Hoa Phat, Hoa Sen, Ton Dong A, Nam Kim,...MRS Steel is a leading unit in the field of supporting Vietnamese steel imports for many partners around the world. With more than 12 years of experience, possessing a team of market analysis, sourcing, and professional logistics experts, MRS Steel is confident in being able to meet all customer orders at the most competitive prices.For detailed information about the Vietnamese types of steel, please contact via Email vanloc@mrssteel.com.vn or Whatsapp:+84 76 911 2358 for enthusiastic support.

The US steel industry, with its long history of development, plays an important role in the country’s economy. With continuous growth, the US is proud to have a robust steel industry with many large and modern factories. In the article below, MRS Steel invites you to learn about the top 5 largest steel manufacturers in the US.Nucor CorporationEstablished in 1940 under the name Nuclear Corporation of America, Nucor is regarded as one of the leading steel industries in the United States. Nucor operates multiple plants across the United States and produces a variety of steel types, from construction steel to those used in the industrial sector. It is currently the largest steel producer in the United States, with a total asset value of up to 32.479 billion USD.At present, Nucor operates 23 manufacturing plants and, in 2022, the company produced 20.50 million tons of various steel types. The main steel products produced by the company include steel bars, flat rolled steel, steel joists, and steel decks, among others.Today, Nucor not only maintains its stronghold in the United States but also expands its influence in the global steel industry. With numerous plants and strong financial backing, Nucor continues to invest in technology, research, and development to remain competitive and to continue driving innovation in the sector.U.S. Steel U.S. Steel, formally known as the United States Steel Corporation, stands as one of the major steel companies in the U.S. Established in 1901 by J.P. Morgan, the company has become an emblem of the American steel industry and played a pivotal role in shaping the nation's economic and industrial landscape. With total assets of 19.458 billion USD, U.S. Steel ranks as the second-largest steel enterprise in the United States, trailing only Nucor Corporation, and holds the position of the 27th largest steel producer globally.At present, U.S. Steel operates numerous steel manufacturing facilities throughout the United States. Their primary product lines encompass flat-rolled and tubular products that cater to a wide range of industries including automotive, construction, consumer goods, electrical, industrial equipment, distribution, and energy. In 2022, U.S. Steel produced a staggering 14.49 million tons of steel, addressing the demands of the United States steel industry.U.S. Steel is not just a representative of the steel industry, but also a part of the cultural and historical heritage of the United States. Throughout the 20th century, U.S. Steel has been involved in numerous significant national projects, including the construction of iconic structures like the Golden Gate Bridge in San Francisco.Cleveland - Cliffs Inc. Originating as the Cleveland Iron Mining Company established in 1847, based in Ohio, it stands as the oldest enterprise in the United States steel industry. Initially, Cleveland-Cliffs primarily focused on iron ore mining. Over many decades, the company expanded its operations and became the leading iron ore supplier for steel mills around the Great Lakes. It is now the largest flat-rolled steel producer in North America, boasting total assets of up to 18.755 billion USD.Cleveland-Cliffs manages and operates four iron ore mines, three coke production facilities, along with numerous steel mills spread across the United States. In 2022, Cleveland-Cliffs produced 16.80 million tons of various types of steel. Apart from iron ore mining, the company produces steel products such as stainless steel, hot-rolled coil, cold-rolled coil, and construction steel.With over a century of existence and growth, Cleveland-Cliffs has established itself as an indispensable pillar in the United States steel industry. From its origins as an iron ore mining company, Cleveland-Cliffs has evolved into a diversified, multinational steel company with a unique position in the market.Steel Dynamics, Inc.Founded in 1993, Steel Dynamics is one of the third-largest carbon steel producers in the United States, headquartered in Fort Wayne, Indiana. Starting as a small project in the early 1990s, Steel Dynamics has rapidly grown and contributed to the development of the United States steel industry to its present position.In 2022, Steel Dynamics produced 9.73 million tons of steel, making it one of the most profitable steel companies in terms of profit margins and operating profit per ton in the United States steel industry. Currently, Steel Dynamics specializes in producing core products including: sheet steel, structural steel, scrap steel, and steel for the oil and gas industry.Steel Dynamics not only focuses on traditional steel production but also invests in renewable and recycling resources. Their commitment to the environment and the community helps Steel Dynamics overcome challenges and contribute to the sustainability of the steel industry.Commercial Metals CompanyCommercial Metals Company is one of the leading steel companies in the United States, founded in 1915 and headquartered in Texas. With a long history of development, Commercial Metals Company has played a significant role in the U.S. steel industry. It originally started as a small-scale scrap metal trading company and has grown into one of the major players in the steel business. In addition to the United States, Commercial Metals Company also has several manufacturing plants in Europe.Commercial Metals Company primarily specializes in recycled steel products and steel used in construction. In the United States, Commercial Metals Company owns 41 scrap metal recycling facilities, six electric arc furnace mini mills,two electric arc furnace micro mills, and various other steel production facilities. Currently, in addition to recycled steel, Commercial Metals Company also provides a range of products from structural steel, shaped steel, to wire rod and many other products for various industries. In the steel industry in the United States, this company is one of the major players in recycling.With the goal of becoming one of the leading recycled steel companies, Commercial Metals Company is committed to reusing and recycling metals, reducing waste, and conserving resources, contributing to environmental protection.With its vast steel industry, the United States is the home to many large and advanced steel mills. These companies all play crucial roles in shaping and developing the United States steel industry. If you have any questions about these companies, please feel free to contact us.   

Mexico is a country with a growing manufacturing industry, particularly in the automotive, construction and machinery sectors. As such, there's a significant demand for steel. According to Statista's report, in 2022, Mexico imported approximately 10.64 million tons of various finished steel products. This trend is projected to continue due to the stabilization and recovery of the global economy. Many Mexican companies have chosen to import steel from Vietnam as a trustworthy and quality source. Let's explore with MRS Steel the reasons why Mexico should consider importing steel from Vietnam.1. Overview of Mexico's Steel MarketAccording to the Association for Iron & Steel Technology, Mexico's steel production may reach 19.5 million tons in 2023, marking a 7.1% increase. Leading steel companies in Mexico include Altos Hornos de México (AHMSA), Ternium México, and Deacero, which specialize in products like stainless steel, cold-rolled steel, hot-rolled steel, and construction steel, greatly influencing the diversity and quality of steel in the Mexican market. However, due to various reasons such as market fluctuations, consumption demand, production capacity, or production costs, companies have to seek additional steel supplies from abroad, including Vietnam.2. Should Mexico Import Steel from Vietnam?Vietnam is a familiar and preferred steel import market for Mexican customers because of the following substantial advantages:Competitive PricingVietnam offers more competitive steel prices compared to many other countries due to its low production costs and large production scale. Rich in natural resources and minerals, Vietnam always has an abundant supply of raw materials. The country's cheap labor also provides an optimal condition to minimize costs.Consistent QualityIn recent years, Vietnam has consistently invested in advanced manufacturing technology, directly importing from the world's largest metallurgical equipment brands such as Danieli and Tennova. FDI-funded projects and steel mills enhance production capacity, catering to both domestic and international demands. Today, Vietnamese steel products meet the quality standards of demanding markets like the USA, Europe, Australia, and Japan,...Favorable Trade RelationshipsBoth Vietnam and Mexico are members of the Comprehensive and Progressive Agreement for Trans-Pacific Partnership (CPTPP). This membership promotes positive trade relations, with Vietnam benefiting from a 0% tariff rate for many steel products, including flat-rolled, galvanized, plated, and coated steel when exported to Mexico.Rational Trade Defense MeasuresMexico has implemented numerous trade defense measures against steel imports to prevent dumping. The International Trade Practices Unit (UPCI) of Mexico's Ministry of Economy imposed anti-dumping duties on steel products from countries like China, Taiwan, France, and Germany, with rates as high as 78.96%. Investigations against galvanized and color-coated steel products from Vietnam began in August 2021. However, thanks to the efforts of the Vietnamese government, Mexican importers enjoy much lower anti-dumping duties compared to other countries, with rates ranging from 0-12.34% (effective from September 14, 2022).Advantages in Shipping ProcessVietnam's strategic location with over 3,200 km of coastline enables direct shipping to many countries without transit. The country is investing in building major ports to enhance cargo handling capacity and reduce waiting times. Numerous direct sea routes between Vietnam and Mexico, coupled with free trade agreements with various countries and regions, minimize trade barriers and bolster maritime transport relations. Thus, steel orders from Vietnam to Mexico are promptly delivered at optimized costs.3. Reputable and Quality Suppliers of Vietnamese SteelWhile Vietnamese steel is known for its quality and affordability, to find a reputable and quality source, customer must understand the domestic market and manufacturing mills. To save time and cost in sourcing, many importers have approached MRS Steel for A-Z assistance.With over 12 years of experience, MRS Steel specializes in sourcing steel exports to numerous countries. Their vast network includes the largest steel producers in Vietnam, enabling customers to access the most suitable products. Moreover, MRS Steel's experienced team collaborates with factories, customs, shipping entities, and other stakeholders, ensuring a smooth and easy steel import process from Vietnam.In conclusion, MRS Steel has highlighted why Mexico should consider importing steel from Vietnam, as it's an ideal choice for affordable, high-quality, and diverse steel products. For any steel import quotations, Mexican clients are welcome to contact vanloc@mrssteel.com.vn for the best assistance.