Precision Grade 5 Titanium Fuselages Engineered for Hydrofoils, Kite Foils and eFoils

Product Introduction

1.Materials: GR5 Titanium Alloy
2.Machining Process: CNC
3.Surface Finish: Polishing/Sandblasting
4.MOQ: 30pcs
5.Sample: Accepted
6.OEM/ODM: Accepted

Product specifications

Standard aluminum hydrofoil fuselages suffer from saltwater corrosion, stripped threads, and performance-robbing flex. Full carbon options often lack modularity and can snap under sudden impact. Our Grade 5 Titanium Fuselages (Ti-6Al-4V) deliver the absolute benchmark in high-performance water sports engineering—crafted specifically for unpowered hydrofoils, kite foils, and high-torque eFoils.

Key Advantages for Foiling & eFoil Systems:

· 100% SALTWATER CORROSION-PROOF: Titanium naturally forms an inert oxide layer, completely eliminating galvanic corrosion when paired with carbon mast and wings. Say goodbye to seized screws and degraded aluminum joints.

· MAXIMUM RIGIDITY & DIRECT CARVING RESPONSE: High yield strength ensures zero fuselage twist under aggressive turning or heavy eFoil motor loads, translating 100% of your energy into smooth, efficient lift.

· SLIM HYDRODYNAMIC PROFILE: Exceptional material strength allows for a ultra-sleek, drag-reducing cross section—maximizing glide ratio, pumpability, and battery range.

· PRECISION-THREAD DURABILITY: Stainless steel bolts can be torqued repeatedly into Grade 5 titanium threads without stripping, galling, or wearing out over seasons of saltwater use.

· OEM / ODM CUSTOMIZATION: We offer full 5-axis CNC machining, custom mast-to-wing geometry, wire-routing channels for eFoils, and custom anodized finishes.


Titanium vs Aluminum vs Carbon

Performance Metric

Grade 5 Titanium Fuselage

Anodized Aluminum (6061/7075)

Molded Carbon Fiber

Saltwater Corrosion Resistance

Immune (No Oxidation)

High risk over time (Pitting)

Immune

Galvanic Corrosion with Carbon Wings

Zero Risk

Extreme (Needs Tef-Gel / Barriers)

Zero Risk

Thread Durability (Screw Inserts)

Ultra-High (No Stripping)

Fair to Poor (Threads wear out)

Requires metal inserts

Impact & Crash Resistance

Exceptional (Ductile & Tough)

Moderate (Bends under load)

Low (Brittle/Can Snap)

Flexural Rigidity / Energy Transfer

Very High

Moderate (Flexes under extreme stress)

High (Depends on layup)

Profile Thickness Capability

Ultra-Slim (Lowest Water Drag)

Thick (Required for strength)

Moderate to Thick



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Contact Number

+86-18623919905

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WhatsApp

+86 18623919905

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Email

info@bozemetal.com

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