Prime Stainless Strip Coil For Immediate Shipment

Stainless Strip Coil - Prime Excess For Immediate Sale and Shipment

Prime Excess Stainless Steel Strip For Immediate Sales Below.  Contact Us 

Item DescriptionSizeWidthTemperCoil NumberCoil Sub NumberWeight
STAINLESS T-301 PHOTO ETCH     .00601.751/2 hard267214171
STAINLESS T-301 PHOTO ETCH     .00601.751/2 hard267215171
STAINLESS T-301 PHOTO ETCH     .01207.1251/2 hard267183595
STAINLESS T-301 PHOTO ETCH     .012012annealeg267182985
STAINLESS T-301 PHOTO ETCH     .020012Full Hard2684811,500
STAINLESS T-304 PHOTO ETCH     .007012annealed267232886
STAINLESS T-304 PHOTO ETCH     .007012Full Hard2672411,405
STAINLESS T-304 PHOTO ETCH     .010012Full Hard2723211,540
STAINLESS T-304 PHOTO ETCH     .0100121.2 hard2672212,535
STAINLESS T-304 PHOTO ETCH     .01001.252annealed266854159
STAINLESS T-304 PHOTO ETCH     .010012annealed2668611,513
STAINLESS STEEL STRIP TYPE 420 .00500.343annealed31073397
STAINLESS STEEL STRIP TYPE 420 .00855.25special108R011,567
STAINLESS STEEL STRIP TYPE 420 .00855.25special108R111,554
STAINLESS STEEL STRIP TYPE 420 .01600.195annealed204295105
STAINLESS STEEL STRIP TYPE 420 .01601.062annealed310771447
STAINLESS STEEL STRIP TYPE 420 .01601.062annealed310765226
STAINLESS STEEL STRIP TYPE 420 .01600.503annealed11408273
STAINLESS STEEL STRIP TYPE 420 .01808.41annealed114QJ11,644
STAINLESS STEEL STRIP TYPE 420 .01808.41annealed114QK11,632
STAINLESS STEEL STRIP TYPE 420 .02101.25annealed123466224
STAINLESS STEEL STRIP TYPE 420 .02100.375annealed101RB364
STAINLESS STEEL STRIP TYPE 420 .02100.375annealed101RD364
STAINLESS STEEL STRIP TYPE 420 .02100.375annealed101RA463
STAINLESS STEEL STRIP TYPE 420 .03200.75annealed206785192
STAINLESS STEEL STRIP TYPE 420 .03501.656annealed1806222,477
STAINLESS STRIP TYPE 304 9% DDQ.015012annealed2518712,615
STAINLESS STRIP TYPE 304 9% DDQ.015012annealed2518812,915
STAINLESS STRIP TYPE 304 9% DDQ.015012annealed2518411,929
STAINLESS STEEL STRIP TYPE 302 .02000.51/4 hard251302366
STAINLESS STEEL STRIP TYPE 302 .02000.4371/4 hard290043646
STAINLESS STEEL STRIP TYPE 302 .02000.4371/4 hard290043746
STAINLESS STEEL STRIP TYPE 302 .02000.4371/4 hard290041437
STAINLESS STEEL STRIP TYPE 302 .02000.5041/4 hard290042942

Stainless Steel Spring Wire Explained

Why Choose Stainless Steel Spring Wire?

Reasons to Choose Stainless Wire

High Strength
Resistance to corrosion
Resistance to temperature
Possesses good resistance to abrasion and wear

300 Series Spring Wire Series

302, 304, 316

  • AKA the “18-8” grades of stainless. 18-8 stands for the chromium and nickel contents which provide the steel with excellent corrosion resistant properties
  • Considered Austenitic stainless grades: typically cannot be hardened by heat treatment. Instead, they are hardened by cold working or drawing

17-7 PH

  • PH stands for precipitation-hardening. Parts gain strength after being heat treated at 900 degrees for I hour. This allows the spring maker to coil the spring in a softer state (Condition C) and then heat treat the springs to gain strength (Condition CH 900)
  • Not considered to be 18-8 stainless due to the lower chrome and nickel, HOWEVER…
  • 17-7PH has the addition of aluminum which precipitates out of the steel during the heat treat process, giving the steel:
    o additional strength
    o potential gain in tensile strength of 30,000+ PSI

Grades 304, 321, 347

  • Austenitic (Cr-Ni) grades of stainless: Cannot be hardened by heat treat. Instead, they are hardened by cold working or drawing
  • Uses: Pool cover springs, non-invasive surgical devices, clips, springs, fasteners

400 Series Stainless Spring Wire

Grades 410, 420, 430

  • Martensitic (Cr) grades of stainless: can be hardened by heat treatment
  • Normally used in the annealed condition due to being easily formed
  • Compared to the 300 Series: cheapest grades of stainless with less strength and inferior corrosion properties
  • Uses: applications such as fasteners, lock wire, springs, clamps, clips, wire-form 
Type%Cr%NiOtherMax Strength KSIComments
30217-198-10350 KSIWidely used, high strength, and good corrosion properties. Used for springs & wire forms.
30418-208-12320 KSITypically softer than T-302. Easier to form. Used in annealed condition for fasteners & cold heading applications. Some 302 may meet chemistry of 304 but not vice versa. Tempered, 304 is used for springs & wire forms.
31616-1810-14Mo240 KSISuperior corrosion properties when compared to 302 & 304 due to addition of Mo, however, lesser strength. Used in spring form for medical devices.
17-7PH16-186-8Al380 KSI17-7 PH Cond C gains strength after heat treat 1 hr at 900 degrees. Same corrosion properties as 302.

Coatings Available for Stainless Wire

Coatings are put on wire for ease of drawing the wire but also to provide lubricant for the spring coilers.

Soap Coated 

  • Gibbscote™: Gibbs trade name for soap drawn stainless
  • Non-metallic coating
  • Most common and least expensive coating available
  • How it is applied – Soap coating is a two-step process:
    • First, a precoat is put on the wire in the annealed condition. Drawing soaps then adhere to the precoat during the drawing stage. Thus, the coating is composed of pre-coat and drawing soaps.
    • Note: Each mill uses different pre-coats and drawing soaps

Nickel Coating

  • Metallic premium coating
  • Higher cost than soap coated
  • Provides excellent lubricant for the spring coiler. A very consistent coating.
  • Can be drawn in soaps or oil
  •  Soap-Drawn Nickel: provides more lubrication as soap will adhere to the nickel during the drawing process
  • Oil-Drawn Nickel: provides less lubricant but cleaner material (no soap residue)
  • How it works –
    • Nickel is put on the process wire (annealed condition) electrolytically and then drawn providing excellent adherence to the surface of the wire
    • Note: not all wire mills have the capability to provide this type of coating

Bright Finish

  • Very little lubricant
  • Not typically recommended for spring coiling
  • Used mainly where a bright wire is needed for aesthetics (luster) and/or a functional bright finish (when surface finish, Ra, RMS, roughness can affect the performance of the end product)
  • Example Application: Bright Finish is standard in medical wire
  • How it works –
    • Wire is drawn in diamond dies and oil to provide the bright, lustrous finish
    • Note: Generally finer diameters (.030 & below) are requested in this finish in the spring temper condition

Other Stainless Wire Info:

Operating Temperatures

Operating temperatures for the 300 series are typically 400-450 degrees.
If higher operating temperatures are required, we suggest 17-7PH (550-
600 degrees)

Have even higher temperature requirements? Go with superalloys such as Inconel X750 or Inconel 600.


Stainless wire is drawn from the annealed state. Annealing is a process where the wire is transformed during heat treat.
• After annealing, wire is considered soft in the tensile range of 80-120,000 PSI. The wire is then drawn to a particular size
• During the drawing process, the wire hardens due to cold work and gains strength
How it works – Example: A mill would like to result in wire .040” diameter in the spring temper condition. In order to achieve the diameter and desired temper, each finish size of material has a specific drawing process. This process may have to be adjusted slightly depending on the exact chemistry of the material involved. The goal is to meet the diameter tolerance per the ASTM A313

Typical Process for Tempering:

  • The manufacturing mill would start with a larger diameter wire than desired in the soft or annealed condition
  • It would then be drawn through a series of dies to reduce the diameter but will gain strength during the reduction process. However, it can only be drawn so far before becoming too hard or brittle
  • In this example let’s say we draw the .250” to .100”. The material is now cold worked (drawing process) and at .100” becomes very hard, too hard to draw any further or it will become brittle. But we still need to get it down to .040”
  • At .100” in the hard state we must again anneal to soften. During the annealing process the wire will be cleaned before annealing. Pre-coating will be put on after annealing
  • After the annealing process is completed the material is again soft at .100”, pre-coated, and now ready to draw down to .040. Now the wire is drawn again through a series of dies, reducing it a little through each die (reduction in area) until it gets to its finished size of .040”. At that point, it will be within its tensile strength requirement and be ready to sell to spring customers

Passivating Treatment

Corrosion properties of stainless steel are attributable to a very thin, invisible oxide film that completely covers the surfaces of the parts and prevents corrosion from taking place. Passivation removes any surface contamination, usually iron so that this film layer is not interrupted.
• Passivation enhances the formation of the oxide film for maximum corrosion resistance
• Passivation removes metallic and non-metallic coatings
• How it works – done by immersing the parts in a nitric acid solution, normally for 30 minutes

Stress Relief

The process of heating material to a suitable temperature, holding long enough to reduce residual stresses and then cooling slowly enough to minimize the development of new residual stresses.

  • Often suggested for stainless finished parts such as springs after the coiling process
  • How it works – During the spring coiling process, additional stresses are introduced into the wire. Heat treatment post coiling relieves the stress
  • Suggested Stress Relief:
    o 300 Series = 700 degrees for one hour
  • 17- 7PH = 900 degrees for one hour

Common Specifications for Stainless

  • ASTM A 313
    • Most common specification Gibbs orders to
    • Covers all grades that we order, T-302/304 and T-316
  • AMS-5688
    • Grade T302/304
  • ASTM A313 Type 631
    • Type 631 covers 17-7 PH
  • AMS-5678
    • Also covers 17-7 PH

Contact Us For More Information or To Submit A Request for Quote




    Carbon Steel Wire Price Update

    Carbon Wire Pricing Summary

    The current market conditions for carbon steel wire products are very fluid. We have received several price increases from our wire suppliers in the past few months and expect there could be more going forward.   
    The wire price changes are primarily influenced by rapid increases in carbon scrap used to make wire rod.  In addition to scrap price increases, the freight and logistics cost of moving materials locally and globally have been increasing. 
    Due to the above, Gibbs is increasing our prices for carbon wire products as follows:
    • $3.00/CWT effective October 26, 2020
    • $3.00 – $4.00/CWT effective December 21, 2020
    • Min of $6.00/CWT effective January 11, 2021
    Certain carbon wire products may differ slightly from the increases mentioned above. Please contact your Gibbs salesperson for specifics related to these increases.  We appreciate your business and will continue to do our best to manage this unprecedented situation.
    Your Gibbs Sales Team
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    \ Your 24/7 Customer Service Portal!

    Gibbs is excited to present the new 24/7 digital customer service portal.  The new website allows customers access to all of their Gibbs documents:

    • Open & Closed Orders with Excel Download Options
    • Open & Closed with Excel Download Options
    • Invoices Payment Dates with Check Numbers and Open Invoice Totals
    • Invoice Reprints
    • Certification Reprint Request

    It’s fast and easy!  Request your Gibbs-Online account in the form below!

    Our Sales staff will always be there to assist but, if you’d like to have this extra layer of access to your account, it’s available to you now.   Contact us and sign up today!


      Gibbs Is Growing!

      Expanded Capabilities, Larger Stock Selection, and More From Gibbs!

      Precision Strip Reroll:

      Gibbs now offers an expanded selection of rolled precision strip in stainless, nickel, titanium, and other specialty metals.  We can provide smaller mill minimums than most reroll mills and the same high-quality strip, you’ve grown to expect.  Our precision rerolled coil can also be precision slit to extremely narrow widths, edged (round, square, broken corner), and oscillate wound to your spool specifications.

      Gauges as light as 0.0019″ & up to .100  

      Widths from .020″ up to 51″

      Additional Stainless Slit Coil Grades

      Gibbs can now supply additional slit coil grades of 321, 347, 409, 420, 430, 434, 439, 441.  Special Metals strip coil also available in titanium, nickel alloys, and duplex alloys.

      Chrome Silicon and Chrome Vanadium Wire

      View our expanded inventory of round chrome silicon and chrome vanadium wire in both valve and commercial quality.   Ask us about shaped Chrome Silicon and Chrome Vanadium.

      Chrome Vanadium Commercial Quality

      Chrome Vanadium Valve Quality

      Chrome Silicon Commercial Quality

      Chrome Silicon Valve Quality

      Special Metals Round Wire

      We’ve expanded our inventory of X750 and I600.  More sizes have been added to our spring tempered inventory.  Same day/next day shipping!

      Precision Drawn Round Wire 

      In addition to our vast inventory of spring wire products, we’re now able to provide many nickel alloys, titanium, and other specialty metals in round and shaped wire products.

      Rolled Shaped Wire Products

      Our shaped wire products are available in carbon alloys, stainless steel, nickel alloys, red metals, titanium, and other exotic alloys. Shaped wire offers ‘near net’ shapes reducing manufacturing and machining costs.

      To get more information about any of the offerings above call us at 800-800-4422 or email us: Request A Quote