Product Description

Lightweight Precision for Your TRP DHR EVO Braking System

Upgrade the hydraulic hose connection on your TRP DHR EVO brake lever with the precision-machined S-PARTS Titanium Brake Hose Compression Nut.

Manufactured from aerospace-grade Grade 5 Titanium (Ti-6Al-4V), this component offers exceptional corrosion resistance, high strength, and long-term durability while weighing only 1.65g.

Designed for riders who pay attention to every detail of their build, this titanium upgrade enhances both performance and aesthetics, making it a perfect addition to high-end MTB, enduro, and downhill setups.

Technical Specifications

• Material: Grade 5 Titanium (Ti-6Al-4V)
• Compatibility: TRP DHR EVO Hydraulic Disc Brake Lever
• Size: M8 × 9 mm
• Thread Pitch: 0.75 mm
• Nut Diameter: 8 mm
• Nut Thickness: 5 mm
• Weight: 1.65 g / piece
• Tool Required: 8 mm Open-End Wrench
• Color Options: Gold, Rainbow, Black, Blue, Purple, Green, Candy, Indigo, Natural Titanium

Complete Your TRP DHR EVO Upgrade

Looking to upgrade your full brake system? Explore matching titanium components:

🔧 Full Upgrade Kit

• 24PCS Titanium Bolt Upgrade Kit

🔩 Caliper Components

• Caliper Mount Bolts (M6×19)
• Caliper Body Bolts - Type A
• Caliper Body Bolts - Type B
• Caliper Bridge Bolts

🛠 Brake Lever Parts

• Brake Lever Clamp Bolts
• Reservoir Cover Screws

💧 Hydraulic System

• Bleed Port Screws (for bleeding)

⚙️ Small Parts

• Brake Pad Retaining Bolts
• Bleed Port Plug

Color Options

Available in multiple premium finishes to match different bike builds.

PVD Vacuum Coating

Gold, Rainbow, Black, Blue

Features:

• Deep and vibrant colors
• Excellent wear resistance
• Long-lasting finish

Anodized Finish

Green, Purple, Candy, Indigo

Features:

• Electrolytic oxidation process
• Lightweight and corrosion-resistant
• Unique custom appearance

Natural Titanium

• Original titanium color
• Clean and minimal appearance
• No additional surface treatment

Compatibility

Compatible with:

Compatible with the following Shimano hydraulic disc brake lever models:

• Shimano Deore XT M8100 / M8120
• Shimano SLX M7100 / M7120
• Shimano XTR M9100 / M9120

This titanium compression nut is used to secure the hydraulic brake hose at the lever connection, ensuring proper hose compression and a reliable hydraulic seal.

Key Features

Aerospace-Grade Titanium Construction

Machined from Grade 5 Titanium (Ti-6Al-4V), a material widely used in aerospace engineering and professional motorsports due to its excellent strength-to-weight ratio and corrosion resistance.

Superior Strength-to-Weight Ratio

With an average tensile strength exceeding 1050 MPa, this titanium fastener delivers mechanical performance comparable to 10.9-grade steel hardware, while weighing approximately 50% less.

Weight per piece: 1.65g

Precision CNC Machining

High-precision CNC machining ensures accurate threads and consistent fitment for TRP hydraulic braking systems, providing a secure and reliable hose connection.

Premium Color Finishes

Multiple coating technologies are used to achieve durable and vibrant colors, allowing riders to customize their cockpit setup while maintaining long-term durability.

Installation Location

This compression nut is installed at the hydraulic hose connection on the brake lever body.

It compresses the olive and hose fitting to create a sealed hydraulic connection, preventing brake fluid leakage and maintaining stable braking performance.

Upgrading this component to titanium also improves corrosion resistance in an area frequently exposed to sweat, mud, and rain.

Material Advantages

S-PARTS selects high-quality Grade 5 titanium alloy, known for its outstanding mechanical performance.

Key advantages include:

• Average tensile strength exceeding 1050 MPa
• Higher than the common 895 MPa industry benchmark
• Comparable strength to 10.9-grade steel fasteners
• Approximately 45-50% lighter than steel

This advanced material is widely used in aerospace engineering, Formula 1, and MotoGP racing, where strength, durability, and lightweight performance are critical.