M10 x 1.50 x 25mm Titanium Motor Head Bolt

Fast Turn Fittings M10 x 1.50 x 25mm Titanium Motor Head Bolt Upgrade your engine hardware with the Fast Turn...
Fast Turn Fittings Art: IND-063-Ti-POL
Color
    Sale price $7.65Regular price $0.00
    Regular price $7.65

    M10 x 1.50 x 25mm Titanium Motor Head Bolt

    M10 x 1.50 x 25mm Titanium Motor Head Bolt - JSI Racing 

    Fast Turn Fittings M10 x 1.50 x 25mm Titanium Motor Head Bolt

    Upgrade your engine hardware with the Fast Turn Fittings M10 x 1.50 x 25mm Titanium Motor Head Bolt. Designed for high-performance racing and show-quality engine bays, this bolt offers the perfect balance of lightweight construction and extreme strength.

    Constructed from premium GR5 titanium, this motor head bolt provides exceptional resistance to corrosion and heat. Whether you are looking to shave weight or prevent hardware oxidation, these titanium fasteners deliver the reliability required for demanding automotive environments.

    Key Features

    • **GR5 Titanium Construction.** Engineered from high-grade GR5 titanium for superior strength-to-weight ratio and long-lasting durability.
    • **Corrosion Resistance.** Naturally resistant to oxidation and harsh environmental conditions, ensuring a clean look and reliable performance.
    • **Precision Machined.** Features an 18mm head diameter and 25mm thread length for exact fitment in high-stress motor applications.
    • **Lightweight Design.** Reduces overall engine weight compared to standard steel hardware without sacrificing structural integrity.

    Specifications

    • Thread Pitch: M10 x 1.50
    • Thread Length: 25mm
    • Total Bolt Length: 30mm
    • Bolt Head Diameter: 18mm
    • Material: GR5 Titanium

    Fitment / Applications

    • Universal fitment for applications requiring M10 x 1.50 x 25mm hardware.

    Notes

    • Verify thread pitch and length requirements for your specific motor head before installation.

    Pro Tip: Use an anti-seize compound during installation to prevent galling and ensure accurate torque readings.