Frequently Asked Questions About Our Steel Products in Brooklyn, NY

Brooklyn, New York’s favorite steel supply company, Eastern Steel Corporation, is answering the most frequently asked questions about steel distribution services. We are here to help you and your crew make every project a success. So, if you need more information about any of the questions below, do not hesitate to contact us. We will connect you with someone who can help you understand everything our steel distribution services can do for you. Get some answers to the most commonly asked questions about steel distribution, sales, and processes.

As a steel distributor, we rely on various domestic steel mills for our products. We also acquire high-quality steel products from steel service centers. This expansive approach to sourcing allows us to keep a large inventory of items without compromising on quality.

We offer the specs for each of our steel products on their corresponding product Our distribution and processing facility always keeps the most common grades of steel materials in stock. If you need a hard-to-find product, discuss it with one of our sales members. We can almost always find or process a piece to meet your required specs.

Our standard hours of operation are Monday through Friday, 7:00 a.m. to 3:00 p.m., and Saturdays from 8:00 a.m. to 11:30 a.m. Our hours may vary on holidays. If necessary, we can discuss arranging shipping outside of our standard hours. Just talk to a sales specialist.

While we are known as a world-class distributor of steel products, you can also purchase your stainless-steel materials directly from us. Our sales team can help you itemize all the steel products you need for your project and arrange any necessary processing. Then, we can use our exceptional delivery team to get the product to your worksite on time.

We do not manufacture steel products. We are a steel distributor and steel processing facility. While we can offer processing services, like sheering and tapping, we are not a manufacturer. We specialize in helping you find products that have already been made and arrange for the processing and shipment of them to your team’s site. With our help, you’ll never need to work with a manufacturer directly.

Many factors can affect delivery and lead time, like the size of the order, distance, and processing needs. We have a large inventory of products ready for use. So, we can often fulfill an order within a day or two. We have a process to provide expedited services, but that may only be possible in some cases.

Our inventory includes many different types of steel products, such as beams, channels, tubing, angles, flat bars, rounds, squares, pipes, sheets, plates, decking, rebar, and molding. Each product is available in many different sizes and can be altered to suit your needs with our state-of-the-art processing facility.

We have a computerized processing facility that can perform alterations to steel products before we deliver them to you. Our steel processing services include split tees, tapping, countersinking, plate burning, beam cambering, plasma and gas cutting, saw cutting, blasting, and painting.

If you need steel materials of a different shape or size than is standard, then our shearing services can help. With machine cutting, we can pre-cut and pre-shape your materials to meet the exact specifications you need.

In some cases, we do offer credit to clients. We are only able to provide credit in some cases, and credit approval processing times may delay the very first delivery. However, once you have a credit account with us in good standing, you can use it on a repeated basis.

Eastern Steel Corporation has been a leader in the steel distribution industry since 1924. We have grown a lot in that time, but our dedication to supplying construction managers and their crews with reliable, high-quality steel products has never wavered.

If you have any further questions, do not hesitate to ask a member of our sales team. With almost a century of experience in the steel distribution industry, we are a steel supply company that has a solution for every problem. We can help you find any steel product you need for your project, and we always make delivery according to schedule. Contact us today to get pricing for our steel distribution services.

Shearing, which uses mechanical force, is best suited for high-volume cuts in sheet metal and plate. Laser cutting uses a focused light beam to produce complex profiles and contours.

We can shear carbon steel, stainless steel, aluminum, and select non-ferrous alloys. However, material suitability depends on gauge, tensile strength, and thickness.

Tolerances vary by material type and thickness, but shearing typically holds tighter dimensional accuracy than manual cutting methods.

Yes. Custom metal shearing can be combined with material supply, allowing customers to receive mill-certified stock cut to their required dimensions in a single order.

Laser cutting is the preferred method for sheet metal components with complex profiles because it offers tighter tolerances and cleaner edge finishes. Plasma cutting is better suited for thicker plate where speed and cost efficiency are more important than edge quality.

Yes. MTRs are available upon request for all certified stock. This is standard practice for commercial and industrial procurement.

Yes. We serve single-trade contractors and high-volume fabricators. Order size requirements vary by material and process.

Tolerances vary depending on material type, gauge, and geometry. Our processing team can conduct a detailed review based on your drawings or specifications.

Yes. We process material to customer-supplied drawings and dimensional requirements.

Turnaround time depends on order volume, material availability, and processing complexity. Our team can provide a lead time estimate based on your requirements.

Submit your material specifications, required quantities, and processing requirements through our website contact form or by calling our Brooklyn facility directly.

The appropriate processing method depends on your substrate material, required geometry, tolerance requirements, and end-use application. Our technical team can recommend the correct processing approach.

Eastern Steel Corporation stocks standard I-beams in sizes ranging from S3 to S24, with varying weights per foot, flange widths, and web thicknesses. Custom fabrication is also available for non-standard dimensions. Contact us directly for current inventory and pricing.

Use an I-beam weight calculator as a starting point, then factor in the span length, load type (dead vs. live load), support conditions, and applicable building codes. For structural applications, always have beam selection reviewed by a licensed structural engineer.

ASTM A992 is generally the recommended specification for structural framing applications, particularly for wide flange sections. For general construction and welded applications, ASTM A36 is the most common choice. Your fabricator or structural engineer can confirm the appropriate grade for your project.

The main difference between an H-beam and an I-beam lies in their cross-sectional shape. An H-beam has a wider flange than an I-beam, giving it an H-shape when viewed from the end. On the other hand, an I-beam has a narrower flange and a thicker web, giving it its characteristic I-shape. This difference in shape also translates to differences in load-bearing capacity. Due to its wider flange, an H-beam can support heavier loads compared to an I-beam of the same weight.

For most concrete slabs, #3 or #4 rebar is standard, spaced in a grid pattern roughly 12–18 inches apart. The correct size depends on the slab thickness, expected load, and soil conditions. Always consult a structural engineer for load-bearing applications.

Plain rebar is untreated carbon steel, which is strong, affordable, and suitable for most interior applications. Epoxy-coated rebar has a protective green coating that resists corrosion, making it the better choice for structures exposed to moisture, saltwater, or de-icing chemicals.

The best tool depends on the scale of your project. For thin bars, manual rebar cutters or bolt cutters work well. For larger-diameter bars, a heavy-duty electric or hydraulic rebar-cutting tool is highly recommended to ensure clean, precise, and effortless cuts.

If you’re wondering how to cut rebar on-site, always start by wearing proper personal protective equipment (PPE), including safety goggles and heavy gloves. Secure the bar firmly, mark your measurement, and use an angle grinder with a metal-cutting wheel or a portable rebar cutter to slice through the steel. Avoid overheating the metal, as this can weaken its structural integrity. We also offer metal cutting services for your project.

Fiberglass rebar (GFRP) is used in applications where corrosion resistance is a priority, such as marine structures, chemical plants, bridge decks, and medical facilities that require non-conductive, non-magnetic reinforcement. It’s lighter than steel rebar and won’t rust, though it typically costs more upfront.

Round steel tubing sizes typically range from ½ inch OD to 10 inches OD or larger, with wall thicknesses from 0.035 inches to over ½ inch. The right size depends on the load requirements and design specifications of your project.

Cold-rolled round steel tubing is used when tight dimensional tolerances, a clean surface finish, or improved strength are required. Common applications include precision-machined components, furniture frames, and architectural metalwork.

Round tubing connectors are fittings used to join sections of round metal tubing in modular systems such as handrails, display structures, and pipe-and-drape frameworks. They must be matched precisely to the outer diameter of the tubing being used.

Pound for pound, aluminum round tubing has a higher strength-to-weight ratio than steel. However, steel round tubing has a significantly higher absolute tensile strength. Choose aluminum round tubing when weight reduction is the priority, and choose steel round tubing when maximum load capacity is required.

Composite metal decking mechanically bonds to poured concrete to create a unified structural system, increasing load capacity. Non-composite decking acts only as a concrete form and provides no structural contribution to the finished slab.

Gauge selection depends on the span length, applied loads, and the building’s structural requirements. Heavier gauges (18 ga) carry greater loads over longer spans, while lighter gauges (22 ga) suit shorter spans and lighter applications. A structural engineer should confirm specifications based on project drawings.

Structural steel decking in the United States typically conforms to ASTM A653 for galvanized sheet steel and is designed in accordance with the Steel Deck Institute (SDI) standards. Always confirm compliance requirements with the project’s structural engineer of record.

Yes, we offer a wide range of custom steel fabrication services that can be tailored to your specific needs and project requirements. Reach out to us today to send us an RFQ package, provide your material requirements and project scope, or learn more about how our certified fabricators can help.

It is used across almost every major industry, including commercial, civil infrastructure, manufacturing, industrial warehousing, energy, power, utilities, heavy equipment, mining, agriculture, construction, marine, and aerospace.

Yes. We hold AISC certification, comply with all bridge welding endorsements, ensure rigorous NDT quality control, and have the high-volume CNC machinery necessary for large-scale construction and infrastructure projects.

Please call us or contact us online to submit an RFQ package or get the necessary forms to provide us with the precise technical details and structural requirements of your project.

Beam cambering is a specialized steel fabrication process in which a permanent, upward curve is mechanically or thermally introduced into a structural steel beam. This counteracts the downward deflection of sagging that will occur when the beam takes on the weight of floors, decks, building utilities, and occupants, ensuring a flat, safe, level floor or roof.

Cambered beams prevent sagging floors, reduce material waste, offer cost and labor savings, and ensure a perfectly level floor or roof.

We require a formal RFQ that includes specific engineering, material, and logistic details, including beam profile and material specifications, exact camber requirements, upstream and downstream processing needs, project logistics, and schedule.

We utilize AISC standards, including measuring the beam in an unstressed condition. We also use tools to verify the peak of the arch and confirm it matches blueprints: high-tension string line, laser tracker alignment, and three-point jigs. We complete detailed inspection logging, physical stamping, and traceability tagging for quality control and accuracy.

We streamline the process and eliminate the hassle of negotiating with multiple vendors and subcontractors and paying for transportation to more than one facility. We provide integrated processing services that offer logistical, financial, and quality advantages, such as eliminating unnecessary freight costs, preventing mill defects, optimizing material selection, ensuring full AISC compliance, and providing turnkey solutions like pre-camber machining and immediate finishing.

Surface preparation is the most critical phase of industrial steel finishing. It removes contaminants that could affect coating or paint adhesion and quality, and extends the longevity of the coating. Failure to properly prepare the surface will result in failure of the coating.

Yes, we recommend combining blasting and painting with other steel processing services. This allows for one seamless, continuous finishing process known as integrated steel processing. This protocol prevents structural alignment issues, reduces freight costs, and maintains the integrity of the steel.

We have the capabilities to blast and coat virtually any type of structural, industrial, and commercial steel. We will adapt our abrasive media selection and coating chemistry to match the metal subtype.

Please submit a formal RFQ that includes design drawings, bill of materials, fabrication or shop drawings, camber measurements, orientation notes, surface preparation requirements, coating selection, and testing and compliance requirements. It should also detail your project logistics and deadline.

Yes, we supply aluminum sheets and plates, operating as a dual-source metal distributor with a wide variety of inventory. We stock dimensions ranging from 16-gauge sheets to one-inch thick plates and also distribute specialty aluminum floor and diamond tread plates between ⅛ inch and ¼ inch. We can also handle custom orders and supply alternative structural systems like aluminum bar grating.

Yes, we offer integrated aluminum shearing and advanced CNC processing.

Yes, aluminum is naturally corrosion-resistant and offers superior long-term durability that protects it from rain, humidity, and salt water with minimal need for maintenance. The metal has a self-healing oxide layer that forms an invisible barrier, and it contains virtually no iron so it won’t develop red rust. It also has a high strength-to-weight ratio to handle the high weight needed for marine vessels and outdoor structures.

Our integrated, in-house metal processing services offer logistical, financial, and quality control benefits. Buying raw materials and finding a third-party machine shop requires time and money. You have little control over the quality and results. We prevent cross-contamination and galvanic rust, two common risks associated with transporting raw aluminum from one vendor to another. We also provide specialized protection against thermal warping and ensure proper processing and finishing processes. We also offer direct financial savings through lower freight and delivery fees.