Home --- Products --- Automotive Fasteners --- Titanium Alloy CNC Screw Flange Head Hex Torx for Cars Modification Zinc Plated Finish
  • Flange Head Hex Torx

  • Flange Head Hex Torx

  • Titanium Alloy CNC Screw

  • Titanium Alloy CNC Screw

Titanium Alloy CNC Screw Flange Head Hex Torx for Cars Modification Zinc Plated Finish

High strength and excellent corrosion resistance.
Precise dimensions with customizable length and diameter.
Suitable for various industrial applications.

PRODUCT DESCRIPTION

Titanium Bolts for Cars: Lightweight Strength for High-Performance Builds

Product Overview

From track-day monsters to street-tuned sleepers, cars demand bolts that balance extreme strengthheat resistance, and weight savings. Our titanium bolts are engineered for performance-driven builds—whether you’re upgrading a daily driver, building a race car, or customizing a showstopper.

Key Advantages

FeatureBenefit
Aggressive Weight CutUp to 50% lighter than steel bolts → reduces unsprung weight (boosts handling) and overall mass (improves acceleration/fuel efficiency).
Race-Proven StrengthGrade 5 Ti-6Al-4V withstands 1,000+ MPa tensile strength—ideal for turbocharged engines, high-torque transmissions, and hard braking.
Extreme Heat ToleranceStable up to 400°C (engine bays, exhaust systems, brake components). Outperforms aluminum (softens <200°C) and matches steel durability.
Corrosion ImmunityResists road salt, brake dust, and engine fluids—no rust or seizure, even in harsh climates.
Customization ReadyAvailable in anodized colors (gold, blue, black) for aesthetic builds, plus precision sizing for OEM or aftermarket parts.

Specifications

  • Material: Aerospace-grade Grade 5 Titanium (Ti-6Al-4V) (industry benchmark for strength).

  • Sizes: M8–M16 (covers engine, chassis, and suspension bolts) | Lengths: 15mm–150mm (custom lengths available).

  • Thread Type: Fine-thread (for high torque) or standard (OEM replacement).

  • Finish: Natural titanium (matte) or anodized color options (scratch-resistant, UV-stable).

  • Precision: ±0.02mm dimensional accuracy (ensures perfect sealing and fit).

Critical Applications

Where performance meets precision:


  • Engine & Drivetrain: Cylinder head bolts, turbocharger flanges, oil pan bolts, transmission mounts.

  • Brake System: Caliper bolts, rotor hats, brake line fittings (resists heat and corrosion).

  • Chassis & Suspension: Control arm pivots, sway bar links, wheel hub bolts (reduces unsprung weight).

  • Aero & Aesthetics: Lightweight wheel bolts, carbon fiber body kit mounts, wing/stabilizer brackets.

Why Titanium for Cars?

Street & Track Gains:


  • Lighter bolts = faster acceleration, sharper cornering, and better fuel economy (even on daily drivers).

  • Titanium’s fatigue resistance prevents bolt stretch/snapping under repeated load (critical for racing).


Versus Traditional Metals:


  • Steel: 2x heavier, prone to rust.

  • Aluminum: 30% weaker, melts in hot engine bays.

  • Titanium: Balances both—stronger than aluminum, lighter than steel, and impervious to heat/corrosion.