BOILER & PRESSURE VESSEL STEEL PLATES

Manufacturing of Pressure Vessel Steel Plates

When no specific material specification is mentioned, steel plates for pressure vessels can be manufactured using several established methods, including electric furnace, basic oxygen, open-hearth, electro slag remelting (ESR), or vacuum arc remelting (VAR). These plates may be produced either through casting or by forming them into ingots. In the case of strand casting, the material is heated simultaneously and melted to meet the desired composition range. Continuous strand casting is a common practice, with a heat number assigned to each slab or cast product, ensuring consistent traceability throughout the heating process at Renam Alloys Inc.

Why Choose Renam Alloys Inc.?

Renam Alloys Inc. maintains an extensive stock of Boiler & Pressure Vessel Steel Plates, readily available for supply across the country in various grades to meet diverse industrial needs. These plates are engineered for the reliable and safe operation of equipment under high or extreme pressure conditions. Renam Alloys Inc. has become a preferred choice among clients by consistently delivering exceptional service. The company is well-regarded for supplying top-quality boiler and pressure vessel steel plates to fabricators. These plates are widely used in petrochemical, oil, and gas industries, and are also suitable for both offshore and onshore applications. This strong demand is driven by Renam Alloys Inc.'s commitment to superior testing, quality standards, and dependable supply.

Testing

At Renam Alloys Inc., all testing requirements are thoroughly addressed through a comprehensive range of evaluations such as chemical composition analysis, grain size assessment, inspection for surface discontinuities, dimensional accuracy, bend tests, tensile strength tests, Charpy impact testing, and ultrasonic examination. Additional tests may include both destructive and non-destructive testing methods, along with mechanical tests, hardness checks, micro and macro structure analysis, positive material identification (PMI), intergranular corrosion testing (IGC), as well as flattening and flaring tests to ensure product reliability and quality.

Documentation

At Renam Alloys Inc., all documentation related to boiler and pressure vessel steel plates is carefully prepared and provided. This includes a detailed specification guide, commercial invoice, and packing list indicating both gross and net weight. Additional documents such as fumigation certificates, quantity details including markings and numbers, MTC Report 2, NABL-accredited test reports, and a guarantee letter are also included to ensure full transparency and compliance with client and industry standards.

Certification

Renam Alloys Inc. provides all necessary test and documentation certificates to ensure product authenticity and quality. These include Certificates of Origin issued by recognized manufacturers or embassies, raw material testing reports, supplier-attested certificates, mill test reports (MTRs), heat treatment charts, and a comprehensive quality assurance plan. These certifications help guarantee that every product meets industry standards and customer expectations.

Packaging

At Renam Alloys Inc., pressure vessel and boiler steel plates are securely packaged using a variety of methods to ensure safe delivery. Packaging options include wooden boxes, crates, cartons, and cases. Additionally, plates may be placed on pallets with spiral-wound paper tubes, or individually wrapped using stretch film and pole wrap for extra protection during transit and storage.

Specifications

WE OFFERS FOLLOWING PROCESSING FOR ASTM A516 HOT ROLLED BOILER STEEL PLATE

Cutting, Forming Drilling / Machining, Grinding, Testing

Applications of ASTM A516 Hot Rolled Pressure Vessel Steel Plates

Renam Alloys Inc. supplies ASTM A516 plates widely used across multiple industries and structural applications. These include machine building, architectural structures like pylons, lifting and mobile equipment, bridge construction, and wearing plates. Other uses cover framework structures, crane booms, rail cars, stone or iron chutes, truck frames, containers, and transport vehicles. Additionally, these plates are utilized in steel constructions, anti-drill security doors, shot blasting systems, and tumbling machines.