IS 2062 E350A PLATES having various exciting features and properties such as precise dimensions, high tensile strength, corrosion resistance, durability, oxidation and easy maintenance The grade is generally high structural steel that is offered to the manufacturer in tempered and quenched conditions. These plates are fully considered so to proffer applications welding and bending and other features. These plates are formable easily with the industry standard processes and are readily available in complex shapes. The plates have efficient structure, high strength, and lightweight.

There are many good features that E 450 BR PLATE is having in it to offer that has made the product a very good one for different applications. Those are high tensile strength, sturdiness, high durability, high flexibility, long-lasting, good dimensional accuracy, good surface finishes, withstanding in high load and in a high-temperature atmosphere. It because of being highly resistant to corrosion, pitting, crevice corrosion, and stress corrosion cracking, abrasion and erosion resistance is making it the perfect choice for the tough application.

Conquest Steels & Alloys are the most prominent and unparalleled manufacturers, exporters, and suppliers of the ARMOX 500T PLATES. We make these steel plates available in a wider range of shapes, sizes, grades, and specifications so that they can be ensured to be used in a large number of applications as well as uses. We also manufacture them as per the custom requirements of the customer such as in custom sizes and custom shapes. The ARMOX 500T Steel Plates have numerous properties such as having high tensile strength due to which they are able to bear heavy attacks and are being used in the defense industry. They serve the purpose of protecting the valuable life of a human by taking all blows on itself.

Armox 440T Blast protection plate. Armox® 440T combines excellent penetration and shock resistance. It offers vehicle designers new ways to increase protection using lighter weight designs.

Strenx 700 MC is a hot-rolled structural cold-forming steel with a minimum yield strength of 700 MPa intended to give stronger and lighter structures. Strenx 700 MC meet or exceed the requirements of S700MC in EN 10149-2. Typical applications are a wide range of components and parts for example demanding load bearing structures.

Strenx 700 MC is available in thicknesses of 2.00-10.00 mm and widths up to 1600 mm as coils, slit coils or cut to length sheets in lengths up to 16 meters.

Hardox 500 Plate can easily be bended and welded. These plates are resistant to abrasion and is widely used in various applications that require higher wear resistance. Further, the plates are designed with a hardness of 500 HBW for applications where demands are imposed on abrasion resistance in combination with good cold bending properties. Our respected clients can also avail this range in various sizes and finishes as per their requirements.

HARDOX 500 Plates are the steel sheets that wear superior resistance. These plates are weldable, bendable and are highly resistant to abrasion with the hardness of 500 HBW. Thus these plates are appropriate for those applications where higher resistance is required. The plates do not lose its collision resistance even at low-temperature circumstances. The hardox 500 offers higher payload and long term service life. Even more, these have superb strength and toughness that makes to withstand in severe environments.

Hardox 450 is an abrasion resistant steel with a nominal hardness of 450 HBW. Typical applications are components and structures subject to wear. Hardox 450 and Hardox 450 Tuf are available in thicknesses of 3-130 mm. Both grades are available in widths up to 3350 mm and lengths up to 14630 mm. For widths ≤ 1600 mm and thicknesses between 3 and 6 mm, the preferred widths are 1500 or 1600 mm. For thickness over 80 mm the preferred width is 1650 mm.

Hardox 400 is an abrasion resistant steel with a nominal hardness of 400 HBW. Typical applications are components and structures subject to wear.
Hardox 400 is available in thicknesses of 3 – 130 mm. Hardox 400 is available in widths up to 3350 mm and lengths up to 14630 mm. For widths ≤ 1600 mm and thicknesses between 3 - 8 mm preferred widths are 1500 or 1600 mm.

SA387 Grade 9 Class 2 weldable carbon steel plates for pressure vessels and boilers used in elevated temperatures. The material benefits from added chromium and molybdenum which gives the steel greater corrosion resistance and resistance to heat. SA387 Grade 9 is used by fabricators who serve the oil, gas and petrochemical industry.
ASME SA387 standard plates are used by the world's leading fabricators who in turn, supply primarily to the oil and petrochemical industry. Applications for ASME SA387 include pressurized vessels, industrial boilers, heat exchangers and Pipe work.

ASTM A387 Grade 91 Plate is a pressure vessel grade steel used in elevated temperatures. SA387 Grade 91 Alloy steel plate is suitable to use by fabricators who serve the oil, gas and petrochemical industry.

ASME SA537 Class 2 steel – a pressure vessel grade steel which is an alloy of carbon, manganese and silicon. The steel is used extensively in the fabrication and manufacture of pressurised tanks, boilers and heat exchangers. Heat treated using the quenched and tempered method, the material has higher residual tensile and yield strength when compared to pressure vessel grades produced under the ASME SA516 standard. ASME SA537 Class 2 is used extensively by the oil, gas and petrochemical industry.

ASME SA537 Class 2 steel – a pressure vessel grade steel which is an alloy of carbon, manganese and silicon. The steel is used extensively in the fabrication and manufacture of pressurised tanks, boilers and heat exchangers.

SA 537 CL 1 Boiler & Pressure Vessel Steel Plates are applicable in various general purposes such as flanges, pressure vessels, dished ends, columns, filters, pipelines, heat exchangers, valves, storage tankers. These plates are helpful in many industries such as the aerospace industry, oil & gas industry, refineries industry, petrochemical industry, fertilizer industry, paper industry and many more. This can also be helpful in the food industry, hydrogen vessels, shipbuilding, chemical industry, machine building, anti-drill security doors and many more.
The material is a normalised steel which is heat treated and as a consequence displays greater yield and tensile strength than the more standard ASTM A516 grades. The steel is ideal for use in pressurised service both in boilers and pressure vessels.

SA 387 GR.22 CL.2 PLATE is having chromium of 2.25% and molybdenum of 1% and ability to work in 600 Deg C temperatures surrounding effectively. The molybdenum and chromium steel plates are working effectively at different temperature continually offering best performance. The addition of molybdenum in SA 387 alloy is increasing the tensile strength of the plates at greater temperature. Also, it is providing excellent corrosion resistance ability and oxidation as well by increasing the lattice strain. This is effectively stopping the corrosive agent from iron dissolving and gives good heat resistance ability and becomes a good choice for gas surrounding. Also, it has good weldability. Thus, this plate is highly demanded globally. Rexton steel & alloys are the industry that is having good years of working experience in the same sector thus able to offer excellent quality of services. They are doubtlessly good at offering high quality of sales after and value-added services. Keeping the different needs and requirements of the buyers in mind the industry is providing the product in the different specification that varies in thickness, sizes, length etc. The product that is supplied is offering good properties at high and low temperature. The plates are always supplied at the tempered and normalized condition. The best thing is that the plates are supplied to the buyers at reasonable rates.

ASME SA387 Grade 12 is a chrome molybdenum carbon alloy steel for use in weldable pressure vessels and industrial boilers. The material benefits from added chromium which provides excellent corrosion and oxidation resistance making it ideal for sour service applications in the oil and gas industry.

There are different tests conducted for the SA 387 GR.12 CL.2 PLATE. These tests are conducted to know the abilities and withstanding properties of the steel plate SA 387 of the grade 12. These tests are the hardness test, flaring test, positive material identification test, flaring test, micro, and macro test, intergranular corrosion test, and impact test. They also have the ultrasonic test, Charpy test, and eddy current test. These tests are conducted at different levels of toughness to know how the product changes its properties at different levels and how it can retain it.

S700MC – a high yield structural steel supplied under the EN10149: Part2 specification. Due to the materials high yield (700Mpa min.) it can be used in a variety of load bearing applications.
Popularly, the steel is used for cold formed components including cold pressed parts and sections. Typical applications include steel frames, load bearing beams and pipework.
S700MC offers excellent bending and folding properties though case should be taken in ensuring that the steel is the right specification for the job.

S550MC can be used in numerous applications including steel framed structures, structural pipes and cold rolled sections. As the material is designed to be used in load bearing applications, care should be taken when ordering to ensure that the steel has qualities required for the job in hand.
Heat treatment of S550MC is not advisable as this will reduce the yield strength of the material.

ASTM A312 Gr Tp304h is a high carbon version of the Tp304 material. It is an austenitic stainless steel stabilized with titanium for better strength and corrosion resistance properties. The ASTM A312 Tp 304h material also has small amounts of molybdenum, nitrogen, niobium and other elements. The main components of ASTM A312 304h are the carbon, manganese, phosphorus, sulfur, silicon and chromium. Our A312 304h products come in different types, shapes and sizes. We produce A312 Tp304h pipes for high temperature services with high toughness. The wear and tear resistance of the SA312 Tp304h material is high because of the high carbon content.

304H Stainless Steel Pipes has some of the best features such as Optimum quality, Durability, Perfect finish, and more. Providing higher strength in Stainless Steel 304H ERW Pipes than both austenitic and 22 % Cr Stainless Steels is suited to a variety of applications in industries such as Chemical Processing, Oil & Gas, and Marine environments.

Stainless steel 310S plate is more deterioration immune than the majority of warmth resistant alloys. 310/310S Sheets & Plates are readily fabricated by standard industrial procedures. In comparing to carbon steel, stainless-steels are harder and also often tend to work harden quickly.

The A335 P22 is a seamless pipe made from a ferritic alloy stainless steel. Chemically, the alloy of SA335 P22 material contains carbon, manganese, sulphur, silicon and phosphorous in trace amounts. The main additives in the alloy are chromium and molybdenum, which gives stainless steel superior mechanical properties. Properties like tensile strength, corrosion resistance, hardness, etc are enhanced and increased. The brittleness due to the addition of chromium is reduced by molybdenum.

Therefore, the SA335 P22 pipe has been created to cater to high pressure and temperature requirements across many industries. Applications of the ASTM A335 P22 alloy steel pipe includes industries like marine or sea water equipment, heat exchangers, condensers, off-shore oil drilling companies, power generation, pharmaceuticals, petrochemicals, specialty chemicals, gas processing, pulp and paper industry.

P91 is a chrome moly alloy metal that contains excellent strength and temperature resistance. It is designed for enhanced creep strength, making it a creep strength enhanced ferritic (CSEF). This metal is made by normalizing at 1050 °C, air cooling to 200 °C, and then tempered through heating to 760 °C. This process is the main reason behind P91’s creep strength and durability. P91 stands for the metal’s composition of 9% chrome and 1% molybdenum plus vanadium. The chrome increases temperature strength and oxidation resistance. The molybdenum increases the elasticity, resistance to wear, and high temperature creep strength.


A335/SA335 P91 is a ferritic alloy steel that has very high strength properties, which do not deteriorate with time, and are creep resistant. It is also called 9 Cr 1 Mo steel, or chrome moly pipe, based on its composition.