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Textured Metallic Gradient

TOUR METAL FINISHES

Redefining the Art of the Finish.

 

Every finish we offer is rooted in the same precision and performance standards trusted at the highest levels of golf. These aren’t cosmetic upgrades, they’re one-of-one, hand-applied finishes engineered for players and collectors who demand more. Each treatment is tailored to the base metal of your putter (Carbon or Stainless Steel) and performed in-house by Rush Kane using elite preparation, oxide chemistry, plating techniques, or fire-treated artistry.

 

Explore the finishes below.

discover metal

PUTTER BASE METAL

Choosing the right finish begins with understanding your putter’s material. Each metal behaves differently, and your finish must be tailored to it for optimal performance, longevity, and aesthetics.

 

 

1. Carbon Steel (Soft Carbon)

Warm, responsive, and tour-preferred. Carbon steel offers a soft, glass-like feel that gives purists feedback on every strike.

 

  • Naturally magnetic (a simple magnet test can help confirm).

  • Will rust or patina over time if left unsealed or raw.

  • Must be protected with a high-grade oxide, plating, or oil can treatment to resist corrosion and preserve performance.

 

 

2. Stainless Steel (303 / 304L Grades)

Sleek, durable, and modern. Stainless steel is inherently corrosion-resistant and requires no sealing to maintain integrity.

 

  • Non-magnetic or only slightly magnetic (depending on exact alloy blend).

  • Does not naturally patina, but we offer finishes that emulate that worn-in look.

  • Can be left raw, oxidized, torched, or anti-glared to your desired tone and texture.

    Ideal for: Forged Black, Petrol Oxide, Tour Satin / Anti-Glare, or Custom Torch Work.

 

 

3. Materials We Do Not Accept:

 

  • Aluminum, brass, cast-metal putters, or high-grade 904L stainless (brittle)

  • Putters with permanent face inserts

  • PVD, DLC, Cerakote, or fully painted finishes


    These materials and coatings are not designed to be altered, and attempting to do so can permanently damage the base metal.

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