Titanium Bottle Cage Bolts – Low Profile, Grade 5 Titanium, 4 pcs

Description

Upgrade your bike’s reliability and style with the Wolf Tooth Titanium Water Bottle Cage Bolts – Low Profile Head, Raw Finish (4 pcs). Engineered for avid cyclists and enthusiasts alike, these premium titanium bolts deliver exceptional strength, durability, and a sleek minimalistic look, making them the perfect choice for securing water bottles in weight-conscious builds.

Materials & Construction:

Crafted from Grade 5 (Ti-6Al-4V) titanium, these bolts offer a superior strength-to-weight ratio compared to standard aluminum fasteners. At just 6-7 grams for a set of four, they provide a lightweight upgrade without sacrificing durability. The raw silver finish ensures corrosion resistance and a clean, understated aesthetic.

Performance & Engineering:

Designed for demanding cycling conditions, these M5x15mm bolts are optimized to withstand up to 6 Nm of torque, ensuring secure attachment without over-tightening. The low profile head minimizes protrusion, reducing the risk of snagging and enhancing aerodynamic efficiency – ideal for competitive and endurance riders.

Components & Technology:

Featuring high-precision manufacturing with T25 Torx compatibility, these bolts are easy to install and provide a secure fit with minimal tool slippage. The standard head variant measures 8.4mm in diameter and 5mm in height, while the low profile head offers a streamlined 9.5mm diameter and just 2.75mm in height, perfect for tighter frame clearances.

Style & Use Case:

Whether upgrading your mountain bike, road bike, gravel rig, or commuter, these titanium cage bolts combine functionality with a sleek aesthetic. The raw finish complements a wide range of bike colors and styles, making them an excellent choice for riders seeking a subtle yet high-performance component upgrade.

Innovative & Differentiating Features:

– Corrosion-Resistant Titanium: Ensures longevity and drip-free performance in all weather conditions.

– Low Profile Design: Reduces weight and visual bulk, enhancing frame aerodynamics and aesthetics.

– Easy to Install & Maintain: Recommend applying copper anti-seize to threads before installation for smooth threading and future removability.

Compatibility & Recommendations:

Designed for standard water bottle cage braze-ons on any bike, these bolts are versatile and easy to swap out for OEM or aftermarket options. For optimal performance, tightening to a torque of 6 Nm is recommended. Additional related products include water bottle bolts, B-RAD titanium bolts, chainring bolts, and stem caps to complete your upgrade.

Technical Specifications:

– Weight: 6 g (low profile head), 7 g (standard head) for four bolts

– Material: Grade 5 Ti-6Al-4V titanium

– Head Types: Standard and low profile T25 Torx

– Length: 15mm

– Compatibility: Bikes with M5 water bottle cage braze-ons

Enhance your cycling experience with the Wolf Tooth Titanium Water Bottle Cage Bolts – a perfect blend of strength, style, and lightweight performance. Elevate your bike’s reliability today!

• Crafted from high-grade Grade 5 (Ti-6Al-4V) titanium for exceptional strength, durability, and corrosion resistance, these wolf tooth titanium water bottle cage bolts are a reliable upgrade for serious cyclists.
• Designed with a low profile T25 head, these bolts reduce snag and streamline your bike’s aesthetic, perfect for riders who prioritize sleek, minimalist styling.
• Engineered with M5x15mm dimensions and recommended torque of 6 Nm, these lightweight bolts (6-7g per set) effectively secure water bottles without adding unnecessary weight, enhancing overall bike performance.
• Available in stylish raw silver or eye-catching oil slick finishes, these bolts combine functional performance with a touch of modern, cycling-specific style suitable for mountain, road, or gravel bikes.
• Compatible with any bike featuring standard water bottle cage braze-ons, these durable titanium bolts are an ideal upgrade for cargo-carrying setups or cyclists seeking increased strength and reliability over aluminum alternatives.