Products
Tube, pipe, sheet, plate, bar, strip, profile and foil in stainless steel, aluminum, carbon steel and nickel alloy — the stock forms that feed machining, forming and fabrication. Grades, tempers and stock are confirmed per order.
The chromium oxide layer does the work, so stainless survives cleaning regimes that strip a coated or painted finish. The forms below cover structure, flow, enclosures and stamped parts.
Tube formed from strip and welded along a seam, then finished so the weld no longer behaves like a weak point. The default choice for frames, rails and fluid lines in corrosive service.
Pipe produced without a weld seam, so there is no longitudinal joint to inspect, clean around or worry about in pressure service. Specified where the seam itself would be the risk.
Small-bore tube with a closely held outside and inside diameter, used where flow, pressure or temperature has to be sensed precisely. The bore is the working dimension, not the OD.
Flat-rolled sheet for formed panels, tanks, liners and enclosures. Sheet is bought for its surface as much as its thickness: the finish you start with sets how much polishing the part needs.
Solid round bar for shafts, fittings, valve bodies and fasteners that are machined from stock and then put into corrosive service. Diameter and condition drive the machining cost.
Thin, narrow strip rolled to a close thickness tolerance for stamped and formed components in volume. Thickness consistency matters more than any single dimension once it is fed through a press.
The forms differ more than they look: an extrusion is a constant cross-section, sheet is formed and welded, bar is machined, and foil is a barrier rather than a structure. Picking the right form early avoids machining a shape that could have been extruded.
A catalog cross-section cut from a die that already exists, so there is no tooling cost and the geometry is fixed by the supplier. The fastest route when a stock section fits.
A section cut to a die made for the part, used when no catalog profile does the job. The die is paid for once and then the cost per meter depends on how much you run.
Thin rolled sheet used as a barrier, a conductor or a thermal shield rather than a structural material. At this gauge it creases, takes a set, and is usually laminated or coated before use.
Solid bar in round, square and flat sections for machined parts where weight and cutting speed both matter. Aluminum removes fast, so the temper you choose shapes the finish more than the feed rate.
Round pipe for frames, ducts and sleeves where a circular section is the right shape and low weight is the point. Round is the cheapest way to get stiffness in bending per kilogram.
Square and rectangular pipe for structures that need a flat face to bolt against. Brackets land cleanly and corners close without extra machining.
Sheet with the oxide layer already grown into the surface, so the finish is part of the metal instead of a coating on top of it. That is why it does not chip off at an edge.
Sheet pierced in a pattern for ventilation, screening, acoustics and guards. Hole size, open area and margin are the specification: change one and stiffness and airflow change with it.
Sheet with a specular finish for reflectors, light fixtures and interior surfaces that want the look of glass without the weight. The finish survives only as well as the handling allows.
Blanks blanked from coil for drawn, spun and deep-drawn parts. Buying the circle pre-cut avoids the scrap a square sheet leaves behind, and diameter plus thickness decide how far the part can draw.
Carbon steel is the right answer whenever the environment does not demand an alloy. The pressure-vessel specifications below carry a paper trail with them, so the grade and certification are confirmed per order before anything is cut.
Pipe for mechanical, structural and process duty where strength and cost matter more than corrosion resistance. The wall schedule sets the pressure rating, and the surface condition is specified at the same time.
ASTM A53 covers black and hot-dipped galvanized steel pipe in seamless and welded construction for mechanical and pressure applications. Seamless or welded, bare or galvanized, is part of the ordering description.
Elbows, tees, reducers and caps for joining pipe runs without changing the specification of the line. A fitting is quoted against the pipe it joins, because a mismatch is where leaks start.
Plate for vessel shells, heads and nozzles, ordered to the specification that applies to the design conditions. It is bought with its certification, not just its dimensions.
Low and intermediate tensile strength carbon steel plate for pressure vessels, used where the vessel does not need high strength and good weldability matters more.
Carbon steel plate for pressure vessels in moderate and lower temperature service, where notch toughness is part of the requirement rather than an extra.
Heat-treated carbon-manganese-silicon plate for pressure vessels that need higher strength at low temperature. The plate is supplied heat treated, so its condition is part of the spec.
We would rather leave the family empty than publish grades we cannot stand behind. If you have a nickel alloy requirement, send the specification and we will tell you what can be sourced.
Product line in preparation. Nickel and nickel-alloy stock is being set up as a product line. No sub-categories yet, and no grade list is published until the supply is confirmed.
Send a nickel alloy requirement →No grade list is published here on purpose: what we can supply changes with mill availability, and a quote is the only honest answer to “can you get this?”
Need a material, grade or form that is not listed? Send the specification, quantity and any certification requirement and we will come back with what we can supply.
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