SRAM Flat Mount Bolts 47mm Titanium

Description

Elevate your bicycle maintenance with the SRAM Flat Mount Bolts 47mm Titanium – the perfect choice for precision, lightweight performance, and durable reliability. Designed specifically for flat mount disc brake calipers, these mounting bolts combine advanced materials with engineering excellence to enhance your bike's braking system. Material and Construction: Crafted from high-grade 47mm titanium, these SRAM flat mount bolts offer exceptional strength-to-weight ratio, corrosion resistance, and durability. Titanium's lightweight properties reduce overall bike weight without compromising structural integrity, making them ideal for competitive cycling and high-performance riding. Performance & Engineering: Engineered for superb reliability, these bolts ensure secure mounting of flat mount calipers, delivering consistent braking performance. Their precise T25 drive ensures easy installation and removal, simplifying maintenance and adjustments. Designed to meet or exceed industry standards, SRAM's titanium bolts provide a robust, high-performance solution for both road and mountain bike applications. Components & Technology: Featuring a specialized flat mount caliper design, these bolts are compatible with SRAM's flat mount standards (Model ID: DB-SPP-A0). Their 47mm length is optimized for a snug fit with compatible disc brake systems, ensuring optimal caliper alignment and braking efficiency. Style & Use Case: With a sleek, minimalist profile, these titanium bolts contribute to a clean aesthetic while minimizing weight. Whether upgrading your existing setup or building a new bike, they are ideal for cyclists seeking top-tier cycling components that blend style, function, and innovation. Innovative & Differentiating Features: The use of titanium material provides superior strength, corrosion resistance, and weight savings, differentiating these bolts from standard steel counterparts. Their precise manufacturing ensures tight tolerances for flawless fitment across a r