Grade 2 Titanium Prices November 2, 2026

Grade 2 (UNS R50400) is commercially pure titanium - the default grade of the entire CP family. It is not an alloy. Its strength comes almost entirely from interstitial elements held in solution, chiefly oxygen and iron, which is exactly why the specification window matters more here than it does for any alloy grade. Roughly half of all titanium mill product shipped worldwide is Grade 2, and the great majority of it goes into chemical process equipment, heat exchangers, marine hardware and architectural work - not aerospace.

The Four Boundaries That Decide Whether Gr2 Is The Right Answer

Modulus is the trap. Gr2 is 105 GPa against steel's 200 GPa. An equal-section Gr2 replacement for a steel part deflects about twice as much. Titanium wins on specific strength, not absolute stiffness - and since Gr5 has the same 105 GPa, upgrading to Gr5 buys you strength, not stiffness.

The passive film needs oxygen and water to exist. The TiO₂ film self-heals in any environment containing both. In dry chlorine, anhydrous methanol, and hot reducing acids it does not reform, and Gr2 corrodes quickly. Reducing acids - hydrochloric, sulphuric above roughly 10% and above roughly 60 °C - are outside the envelope regardless of grade.

Hydrogen is the silent failure. Above about 80 °C in reducing service, or under aggressive cathodic protection, Gr2 absorbs hydrogen and precipitates hydride platelets. Keep Fe low, never over-pickle, and never apply impressed-current protection without a potential limit.

Titanium galls. Dry titanium-on-titanium threads seize. Every threaded joint needs anti-seize or a dissimilar mating part. This is a design decision, not a lubrication footnote.

This is the section that changes what you write on the RFQ. ASTM B265 gives the mill two independent strengthening knobs and a floor it only has to clear once: 345 MPa tensile and 20% elongation. Oxygen costs money to remove. Iron costs almost nothing to add. So the economic optimum for a mill is as much oxygen as the ceiling allows, topped up with iron, and the result passes every line of the specification.

The premium moved from $0.42/kg to $0.58/kg in seven days. Two mechanisms, and they add up exactly:

The practical consequence is a lead-time one. Low-oxygen Gr2 now carries a two-to-three week adder across every form, up from two weeks, because the melt has to wait for a 99.7% sponge lot rather than drawing from whatever is on hand. If your part needs formability and you have not specified oxygen yet, the specification decision and the melt slot are the same decision now - and the melt slot is the one that costs you calendar time.

Numbers as a mill or converting house actually bills them, USD per kilogram of finished product, net for the week of November 2, 2026 with the discretionary discount still withdrawn at zero.

The CP Ladder - What The Neighbouring Grades Cost Against Gr2

Two things follow. First, corrosion resistance does not improve as you climb the CP ladder - Gr1 through Gr4 share the same passive film and behave nearly identically in most media, so paying $0.93/kg extra for Gr3 buys strength that a stiffness-limited or corrosion-limited design does not use. Second, Gr12 at +$10.58/kg is the answer to hot-chloride crevice corrosion, and it costs $12.58/kg less than Gr7 - most specifications that reach for Gr7 on hot brine service do not need the palladium.

Sponge rose 3.09% this week. If Gr2 were priced off metal alone, every form would move by 3.09% of its metal leg. Splitting what actually happened tells you where a phone call still works.

Only 58% of the plate increase is metal. On fine wire it is 32%. The thinner and more heavily processed the form, the larger the share of your increase that belongs to annealing and drawing capacity and to margin repair rather than to sponge. So negotiate plate and bar, and book capacity for strip, wire and foil - and note that welded tube at $3.38/kg under seamless is the single largest form-level saving available in Gr2 this week, provided the service allows a weld seam.

1. If the part is stiffness-limited, Gr2 beats Gr5 by $16.41/kg and deflects identically

Gr2 and Gr5 have the same elastic modulus - 105 GPa. If your section is sized by deflection, by buckling, or by corrosion allowance rather than by allowable stress, then Gr5 buys you nothing except a thicker invoice. The gap is now $16.41/kg (Gr5 plate $39.24 against Gr2 $22.83), and it widened $0.85/kg this week because Gr5 rose 4.03% while Gr2 rose 3.02% - the fastest widening in six weeks. On a 500 kg release that is $8,205 saved, and a further $425 saved compared with last week.

The boundary is sharp. Stay on Gr5 where the section is strength-limited, where there is fatigue loading, where service exceeds 300 to 350 °C, or where the drawing carries an AMS callout. Switch to Gr2 where the design is stiffness-, weight- or corrosion-driven.

2. Put the oxygen and iron limits on before you put the quantity on

Low-oxygen Gr2 is +$0.58/kg today and carries a two-to-three week melt-slot adder. Both numbers are rising. If your part is deep-drawn, spun, hydroformed, tightly bent or welded with post-weld forming, specify O 0.16% max and Fe 0.15% max on the first RFQ - because a re-order placed after a formed part cracks costs you the part, not the premium. If the part is flat plate, unformed, and works at ambient temperature, take the generic heat and the $0.31/kg discount; you are not buying ductility you will not use.

3. Fix the commercial terms before you fix the price

Mill quote validity has fallen from 14 days to 5 days in six weeks and the discretionary discount is still zero. A five-day window is not enough time to run an internal approval, and every re-quote in a rising market is a price increase. Write these four lines in:

Ten-day validity in writing, not five. Mills are granting it when asked; they are not volunteering it.

A ceiling, not a fixed price. Fixed price is gone on orders beyond eight weeks, but price-at-shipment capped at +5% is still obtainable. Uncapped price-at-shipment on a ten-week tube order is an open exposure, not a price.

Split the release by lead time. Plate and bar at six to nine weeks, tube at eight to twelve, wire at six to ten, fine wire and foil at ten to fourteen. Ordering the whole bill to the longest item pays for the shortest items' metal risk.

Book third-party witness at purchase order, not at shipment. Witness adds two to three weeks unless it runs in parallel with production.

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