Stock code: 601677
As a high-performance Al-Mg alloy from the 5xxx series, 5086 aluminum plate for pressure vessels offers exceptional versatility and rust-proof properties. This material combines outstanding corrosion resistance with excellent weldability, maintaining stable performance even in demanding environments. These characteristics make it widely applicable across industries including shipbuilding, automotive manufacturing, refrigeration systems, and particularly in pressure vessel production where its performance excels.
Available in multiple tempers, including O, H12-H19, H22-H28, H32-H38, H111, H112, H114, H116, and H321. Thickness ranges from 0.15–600mm, width from 20–2650mm, and length up to 500–16000mm. Its diverse applications include ship plates, refrigeration systems, TV towers, automotive components, fuel tanks, coal wagons, and door panels, as well as being a key material for pressure vessels.
When purchasing 5086 aluminum plates, price is a major consideration. So, how much does a ton cost? Why do quotes vary across suppliers? First, different specifications and tempers affect pricing. Second, manufacturers differ in capability, leading to quality and cost disparities. Third, regional market conditions influence pricing. The formula is: 5086 aluminum plate price = aluminum ingot price + 5086 processing fee. Buyers should specify requirements for accurate quotes and compare options holistically, not just by price.
In pressure vessel manufacturing, 5086 aluminum stands out for its corrosion resistance, lightweight properties (reducing transport/installation costs), and ease of forming—meeting complex design needs while boosting productivity.
Mingtai Aluminum, a professional producer with 20+ years of experience, offers reliable and affordable aluminum plates exported to 100+ countries. With a skilled team and robust after-sales service, it provides customized production, tight thickness tolerances, and strict quality control. For 5086 aluminum plate for pressure vessels, contact: +86-17737126910.
