Understanding Titanium

Understanding AVID Hardware

AVID titanium bolts are CNC machined from aerospace grade titanium and tested to 150,000 psi. This strength is roughly equal to factory steel hardware and about double the strength of stainless steel. Each bolt is designed around real engineering principles with a focus on correct shank length, precision fitment, and proper material selection. The primary cause of bolt failure is not lack of strength. It is improper fitment.

Shank length and size are the two most critical factors when selecting a bolt. The shank must at least span the entire shear point, with a spacer on the nut side to move the threads away from the shear surface. When threads sit in the shear zone, they cut into the mating surface, enlarging the hole and creating long term damage. Threads are not designed to carry shear load and will fail much sooner than the smooth shank section.

Equally important is proper shank diameter. An undersized shank allows movement inside the bore, which quickly creates an oval shaped hole and increases impact loading each time the bolt shifts. AVID titanium bolts eliminate this issue by precisely sizing every shank for the part it is intended to fit. This ensures proper alignment, prevents wear, and increases overall component life.

Those other big name brands often advertise and sell based on higher tensile ratings, but they are still using 1900s technology. Their bolts are heavy steel with undersized shanks and still leave the threads exposed within the shear zone. While those numbers may look impressive on paper, they do not address the real issues that cause hardware to fail. They rust, require frequent replacement, and quickly lose their finish. AVID titanium hardware solves all of these problems by delivering proper fitment, corrosion resistance, and precision sizing that actually matters in the real world.

Why Choose AVID Titanium

  • Tested to 150,000 psi, equal to factory steel and nearly double the strength of stainless steel
  • Correct shank length to prevent threads in the shear zone
  • True size fitment that eliminates movement and premature wear
  • Corrosion proof titanium that will not rust or pit
  • Lightweight efficiency up to sixty percent lighter than steel

AVID titanium bolts are not built for marketing claims. They are built to correct the real issues found in conventional hardware. With precise sizing, proper fitment, and aerospace grade material, they provide perfect alignment, corrosion resistance, and long term reliability that traditional steel hardware cannot match.

Installation Information

Proper installation is critical to achieving the full performance of AVID titanium hardware. Titanium behaves differently than steel or stainless, and correct assembly practices ensure maximum longevity and safety.

Installation Guidelines

  • Always clean all threads and mating surfaces before assembly. Dirt, debris, or burrs can affect torque readings and seating accuracy.
  • Apply a small amount of high-quality anti-seize to the shank and a drop of medium strength (blue) Loctite to the threads before installation. This prevents galling, ensures proper seating, and allows controlled torque application.
  • Torque to 15% under the OEM steel torque specification.
  • Do not over-torque. Titanium has excellent tensile strength, but it does not yield like steel—excessive torque can cause damage to the mating components.
  • If used in load-critical or safety-sensitive areas, verify shank fitment before final torque to ensure the smooth section fully spans the shear point.
  • When possible, use a washer or properly sized spacer under the nut or bolt head to move threads clear of the shear zone.

Anodizing Care

AVID titanium hardware is anodized for corrosion resistance and aesthetic appeal. Titanium oxide colors are extremely durable, but proper care will preserve the finish for years.

Maintenance Tips

  • Clean only with mild soap and water. Avoid harsh chemicals, degreasers, or acidic cleaners that can dull the anodized surface.
  • Never use metal brushes, scouring pads, or abrasive compounds. These can scratch through the oxide layer.
  • After cleaning, gently dry with a soft microfiber towel to prevent water spots.
  • Avoid prolonged contact with saltwater or caustic brake dust. Rinse frequently if exposed to harsh environments.
  • Do not attempt to polish or buff anodized surfaces—doing so can remove the oxide layer and alter the color tone.
  • Store unused hardware in a clean, dry environment away from corrosive substances or moisture.