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High Tensile Plates

Buy Top Quality High Tensile Plates at Ferrite Structural Steels Pvt Ltd. – India’s Leading Manufacturer, Supplier, Exporter and Distributor of Steel Plates.

High Tensile Steel Plates are offered in a variety of thicknesses, lengths, dimensions, diameters, and more. The High Tensile Plates are steel plates known for their exceptional strength and improved formability and weldability. The High Yield Steel Plate demonstrates excellent resistance to atmospheric corrosion and possesses enhanced properties compared to traditional steel products. The demand for High Tensile Steel Plates is driven by several factors, including the ability to reduce the structural section by increasing high tensile steel material strength.

This reduction contributes to lower fabrication and erection costs. Integrating High Tensile Plates can also reduce the size of structural elements, making them ideal for creating aesthetically pleasing products. The strength of High Strength Steel Plates can be increased by adding elements like carbon and manganese to their chemical composition, although this may impact their fabricability.

Ferrite Structural Steels Pvt. Ltd., a leading High Tensile Plates manufacturer in India offers readily available stock that are utilized in various industries due to their excellent workability, formability, durability, installation, machinability, weldability, and fabrication properties. The Ultra-High Strength Steel Plate is lightweight and finds applications in various industries, including automobile manufacturing for trains, buses, trucks, and planes.

High Tensile Plates Specification

Product Name High Tensile plate
Brand Ferrite Structural Steels Pvt. Ltd.
Minimum Order Quantity 1 Ton
Material Stainless steel & Mild steel
Finish Hot-rolled, galvanized, or as specified by customer

Sizes and Weight

Plate thickness (mm) Weight (kg/m) kg/meter (width 1200mm) kg/meter (width 1500mm) kg/meter (width 1800mm) kg/meter (width 2400mm)
3 23.55 28.3 35.3 42.4 56.5
4 31.4 37.7 47.1 56.5 75.4
5 39.25 47.1 58.9 70.7 94.2
6 47.1 56.5 70.7 84.8 113
8 62.8 75.4 94.2 113 150.7
10 78.5 94 118 141 188
12 94.2 113 141 170 226
16 125.6 151 188 226 301
20 157 188 236 283 377
22 172.7 207 259 311 415
25 196.25 236 294 353 471
28 219.8 264 330 396 528
32 251.2 301 377 452 603
36 282.6 339 424 509 678
40 314 377 471 565 754
45 353.25 424 530 636 848
50 392.5 471 589 707 942
55 431.75 518 648 777 1036
60 471 565 707 848 1130
65 510 612 765 918 1224
70 549.5 659 824 989 1319
75 588.75 707 883 1060 1413
80 628 754 942 1130 1507
90 706.5 848 1060 1272 1696
100 785 942 1178 1413 1884

Key Features and Benefits

  1. Increased Strength: High tensile plates are designed to withstand higher stresses and loads, thanks to their high yield strength.
  2. Lightweight: Despite their strength, these plates are relatively lightweight, which helps reduce the overall weight of the structures and machines they are used in.
  3. Good Weldability and Formability: High tensile plates can be easily welded and formed into different shapes without compromising their structural integrity, offering flexibility in construction and manufacturing.
  4. Corrosion Resistance: Many high tensile plates are treated or alloyed to resist corrosion, making them suitable for outdoor use and in harsh environmental conditions.
  5. Cost Efficiency: Using high tensile plates can lead to cost savings as structures require less steel, reducing the material costs and also the costs associated with transportation and assembly.
  6. Safety: The strength of high tensile plates enhances the safety of structures by improving their ability to bear loads and resist environmental challenges.
  7. Environmental Impact: By reducing the amount of steel used in construction, high tensile plates contribute to lower emissions during manufacturing and transportation.

Applications of High Tensile plate

  1. Pre-Engineered Building: High Tensile Plates are commonly used in the construction of pre-engineered buildings due to their high strength and ability to withstand heavy loads.
  2. Infrastructure & Construction: These plates are utilized in the construction of bridges, highways, dams, and other infrastructure projects that require materials with high strength and durability.
  3. Railways: High Tensile Plates are employed in the railway industry for the manufacturing of rail tracks, locomotives, and rolling stock due to their excellent tensile strength and resistance to wear and tear.
  4. Hydro: In the hydroelectric power sector, High Tensile Plates are utilized for the construction of dams, penstocks, and turbines due to their high tensile strength and corrosion resistance.
  5. Solar: High Tensile Plates are used in the solar energy industry for the manufacturing of solar panel structures and support systems, ensuring stability and structural integrity.
  6. Wind: The wind energy sector utilizes High Tensile Plates for the production of wind turbine towers and other structural components due to their high strength-to-weight ratio and resistance to wind forces.
  7. Vehicles: High Tensile Plates are commonly employed in the automotive and transportation industries for the manufacturing of heavy-duty vehicles, trailers, and chassis components due to their high strength and impact resistance.
FAQs — High Tensile Plates

High Tensile Plates: Frequently Asked Questions

Straight answers on sizes, thickness, weight, grades, MTC, pricing and ordering — so your enquiry is specification-ready before you send it.

01
What products are covered on the High Tensile Plates category page?
The category covers high-strength structural and quenched-and-tempered plate grades. It helps buyers compare product forms before moving to a grade or specification enquiry. Each purchase request should still state the exact product, grade, standard, dimensions, finish, quantity and documentation; the category name alone is not a complete order description.
02
How should a buyer choose between the main High Tensile Plates types?
Choose by thickness-dependent strength, toughness, weldability and forming radius. The approved drawing, BOQ, service conditions and fabrication method should control the decision. Products grouped on one category page may have different standards and performance, so do not select only by appearance, availability or headline price.
03
What is the difference between High Tensile Plates and sheet products?
Plate is generally ordered in heavier thicknesses, while sheet is commonly thinner and may use different dimensional, surface and tolerance conventions. The commercial boundary varies by standard. State the required product form and governing standard rather than converting “plate” to “sheet” without end-user approval.
04
Which thickness, width and length details are needed for High Tensile Plates?
Provide nominal thickness, width, length, piece quantity, total tonnage, tolerance and cutting allowance. Availability should be confirmed for the requested grade and dimensions. For cut parts, distinguish mother-plate size from finished size and state whether rolling direction matters.
05
How is the weight per square metre of High Tensile Plates calculated?
Weight per square metre is estimated from thickness multiplied by the applicable material density, with units converted consistently. Chequered pattern, alloy density and dimensional tolerance can affect the result. Confirm whether quotation, freight and invoicing use theoretical finished weight, gross input weight or actual dispatch weight.
06
Which plate standard should be specified for High Tensile Plates?
State the exact high-strength material standard and delivery condition, including edition, grade, delivery condition and supplementary requirements. Material grade, dimensional tolerance and testing are separate requirements. The purchase order and MTC should use the same designation, and code-controlled work requires the approved project specification.
07
What edge and surface condition should be stated for High Tensile Plates?
State mill edge or cut edge, surface condition, scale-removal requirement, finish, protective coating or film, and appearance criteria where relevant. Surface terminology varies by product. If welding, painting, lining or hygienic service is planned, include the preparation and acceptance requirement at enquiry stage.
08
Which applications commonly use High Tensile Plates?
Common enquiry contexts include cranes, bridges, heavy equipment, structures and weight-optimised fabrication. These examples do not establish load capacity, corrosion life, wear life or code compliance. Final selection must follow the approved drawing, design calculations, service environment and responsible engineer or end-user approval.
09
Can High Tensile Plates be cut, drilled, welded or fabricated?
Processing can be reviewed against the controlled drawing, material grade, dimensions, tolerances and quantity. Show holes, bevels, bends, welds, finished lengths and inspection points. Critical work must follow the approved code, qualified procedures and responsible engineer’s approval.
10
What should be checked on the MTC for High Tensile Plates?
Check the product description, grade, governing standard, heat number, chemistry, mechanical results and delivery condition. Request the required EN 10204 document type or project format at enquiry stage. The MTC must match the offered material; a similar grade description is not proof of equivalence.
11
What is the current High Tensile Plates price per kg?
A fixed current price per kg should not be published because values change with grade, size, quantity, source, testing, finish, processing and freight. Request a dated quotation with the complete specification and delivery postcode. Confirm validity, GST, cutting, packing and transport inclusions.
12
How is the High Tensile Plates price per tonne determined?
Price per tonne reflects grade, standard, dimensions, quantity, source or make preference, MTC, inspection, processing, packing and logistics. Provide piece count and total tonnage. Confirm whether billing uses theoretical or actual weight and whether offcut or input-material utilisation is chargeable.
13
What is the MOQ for High Tensile Plates?
MOQ should be confirmed for the exact product, grade, size, length, finish and quantity. Less common combinations or processing may have a different commercial minimum. Provide piece quantity and total tonnage at enquiry stage rather than assuming one MOQ applies to the entire category.
14
Can stock availability of High Tensile Plates be confirmed before ordering?
Yes. Availability should be confirmed against the exact product type, grade, standard, dimensions, finish, make preference and quantity. Do not assume every item shown on a category page is ready stock. Ask for confirmation of material, heat traceability, documentation and processing status.
15
Can third-party inspection be requested for High Tensile Plates?
Third-party inspection can be reviewed when the agency, inspection and test plan, witness or hold points, acceptance criteria and document format are stated before quotation. Scope, access, charges and schedule must be agreed in the purchase order; inspection is not automatically included in the base price.
16
How should buyers compare quotations from High Tensile Plates suppliers?
Compare the same product, grade, standard edition, dimensions, tolerance, finish, make, quantity, MTC, inspection, processing, packing and freight basis. Check GST and quote validity. A lower quotation may reflect a different grade, weight basis, documentation scope or delivery condition.
17
Does Ferrite supply High Tensile Plates in Mumbai and Navi Mumbai?
Ferrite Structural Steels Pvt Ltd has sales operations in Mumbai and a location in Kalamboli, Navi Mumbai. Buyers should provide the delivery postcode, unloading constraints, quantity and required date. Availability, freight and dispatch arrangements must be confirmed for the specified order.
18
Can buyers in Maharashtra and nearby states request High Tensile Plates quotations?
Requirements from Maharashtra and nearby states can be reviewed against the exact specification, quantity and destination. Provide the delivery postcode, access or unloading restrictions and required date. Commercial terms, freight and availability should be confirmed before issuing a purchase order.
19
Can India-wide and export buyers source High Tensile Plates?
India-wide and export requirements can be reviewed based on specification, quantity and destination. Export buyers should state destination port, Incoterm, packing, documentation, inspection scope and shipment quantity. Availability and commercial terms must be confirmed at enquiry stage.
20
What information is needed for a fast High Tensile Plates quotation?
Provide product type, profile or size, thickness, grade, standard, length, piece quantity, total tonnage, finish or coating, make preference, MTC and inspection needs, fabrication drawing, delivery postcode or destination port, Incoterm and required delivery date. Complete enquiries reduce technical and commercial clarification.

Why Choose Ferrite Steels?

Choosing Ferrite Structural Steels Pvt Ltd. for your High Tensile Plates ensures you receive top-quality products backed by our commitment to excellence. Our High Tensile Plates are manufactured from premium materials, providing exceptional strength, durability, and reliability for various applications. We offer a wide range of thicknesses, widths, and lengths to meet diverse project requirements, all while maintaining competitive pricing. With finishes like hot-rolled and galvanized, our High Tensile Plates are designed to withstand the toughest conditions. Trust Ferrite for consistent quality, exceptional service, and on-time delivery. Experience the Ferrite difference today—request a quote and let us help you with your project needs.

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